Methods for distinguishing inflammatory bowel diseases using microbial community signatures

ABSTRACT

Means for identification and comparative analysis of sequence features in metagenomic whole-genome shotgun (WGS) sequence data associated with particular disease states in a subject is disclosed, along with diagnostic methods for distinguishing between different types of inflammatory bowel disease in a subject based on the microbial community signature of the subject.

TECHNICAL FIELD

The present invention generally relates at least to the fields of molecular biology, molecular diagnostics, infectious disease and medicine. The invention relates to the identification and comparative analysis of sequence features in metagenomic whole-genome shotgun (WGS) sequence data associated with particular disease states in a subject. In particular, the invention relates to diagnostic methods for distinguishing between different types of inflammatory bowel disease in a subject based on the microbial community signature of the subject.

BACKGROUND OF INVENTION

The human body and its associated microbiota, the “human microbiome,” represent a complex superorganism with thousands of microbial species distributed biogeographically among niche body sites [1]. The fundamental role of the microbiome for human health is generally accepted and a growing body of literature reports associations between specific diseases or disorders and the microbiome [2-4]. However, in many cases it has remained difficult to correlate a defined microbiome composition with a specific disease symptom. Furthermore, recent studies have demonstrated significant diversity in microbial communities between healthy humans, most notably in the digestive tract [2,4-8]. Additionally, the host-microbiome relationship is highly dynamic; host-induced changes to diet or other perturbations, such as antibiotic treatment, can significantly alter microbial composition thereby potentially inducing secondary effects on human health [7,9-11]. Despite this known within-and between-subject taxonomic variation, it is hoped that by characterizing these complex systems specific signatures of microbiomes can be identified that are predictive of health and disease states of the human host.

The rapid advancement of next-generation DNA sequencing technologies has allowed for deep sampling of human-associated microbial communities either in the form of whole genome shotgun (WGS) metagenomic DNA or multiplexed PCR amplicons of the 16S rRNA gene. The Human Microbiome Project (HMP) has already sequenced over ˜3.5 TB of microbial DNA from ˜750 human samples, revealing a vast phylogenetic diversity and functional capacity of commensals throughout the human population and across the human body [1,12,13]. There is extensive information to learn from the HMP data, including what constitutes a healthy or “normal” microbiome.

Assembly and taxonomic assignment of metagenomic data remain active areas of research for computational scientists, and although next-generation platforms produce tremendous amounts of sequence, many analysis protocols that were developed for larger sequence reads from Sanger or Roche/454 technologies are difficult to apply due to short read lengths. While there has been substantial effort to develop computational methods that assign single metagenomic reads and assembled contig fragments to specific taxonomic lineages or metabolic functions [14-20], identification of a group of specific nucleic acid sequences (a “signature”) that define a particular microbiome within samples as a way to associate sample composition with sample background has received less attention.

Recent applications of machine learning algorithms have demonstrated that metagenomic sample classification with some accuracy is achievable [21-25]. However, these studies were largely limited to analyses of targeted sequence data, i.e. products of polymerase chain reaction (PCR) amplifications of the universal bacterial marker gene, the small ribosomal RNA subunit or 16S rRNA. Though easy to obtain, 16S rRNA datasets only provide limited phylogenetic information, and are typically heavily biased by primer design, amplicon region and gene copy number variability. Moreover, although phylogenetically-related bacteria tend to show similar phenotypic presentations, 16S rRNA-based phylogenetic and health-relevant functional microbiome compositions are not necessarily correlated. For example, phylogenetically distinct organisms within the microbiome could perform similar functions. In the extreme case this could result in a situation where two perfectly healthy humans have completely different, non-overlapping phylogenetic microbiome compositions. In contrast, WGS metagenomic datasets, which do not include a PCR amplification step, have fewer technical caveats relative to 16S rRNA surveys, and provide novel opportunities that can be explored to find distinctive features of different microbiomes and to investigate potential associations with phenotypic microbiota representations.

The elucidation of distinctive features of different microbiomes and phenotypic microbiota representations may prove to be useful as a means for diagnosing and monitoring particular disease states in a subject. The present invention is directed to this and other important goals in association with inflammatory bowel disease as the particular disease state.

BRIEF SUMMARY OF INVENTION

The present invention is directed to methods for distinguishing between inflammatory bowel diseases in a subject. The invention thus includes methods for distinguishing between ulcerative colitis (UC) and Crohn's disease (CD) in a subject.

The invention takes advantage of the discovery that the particular microbiome associated with a subject, such as a human, can be used to classify the subject as belonging to a particular group (e.g., having UC or having CD). The microbiome of a subject can thus be screened, and certain information about the health and medical condition of the subject can be acquired.

Because microbiomes are comprised of bacterial populations that differ between individuals, even healthy subjects will have taxonomically different microbiomes. Therefore, a single sequence feature of the microbiome alone would generally not be expected to serve as a functional diagnostic. However, a group of between about 10 to about 50 different sequence features can be screened in a microbiome sample from a subject, and statistically significant diagnoses can be made about the relative health of the subject using this information. The features of interest in the present invention are particular nucleic acid molecules produced by the population of bacteria that comprise a subject's microbiome. The present invention uses short nucleic acid oligomers (termed “kmers” herein) to survey the entire composite metagenome (i.e., the sum of all individual microbial genomes) obtained from a microbiome sample from a subject. By surveying the entire metagenome for the relative amount of pre-selected, relevant sequences (i.e., significant features) using a group of kmers, one may determine the signature of the microbiome and classify the subject as belonging to a particular group. Thus, the present invention takes advantage of the discovery that the composition of a subject's microbiome is, in some cases, directly correlated with a particular disease.

In a first embodiment, the invention is directed to a method of distinguishing between a subject having ulcerative colitis and a subject having Crohn's disease, comprising:

-   (a) determining a set of kmers with statistically significant     differential abundance between a microbiome sample from a subject     having ulcerative colitis (UC) and a microbiome sample from a     subject having Crohn's disease (CD); -   (b) performing an algorithm to identify one or more groups of     between 1 and 50 kmers that distinguish a subject having UC from a     subject having CD, wherein such groups are termed signatures; -   (c) obtaining a microbiome sample from a subject having an     inflammatory bowel disease; -   (d) isolating and sequencing microbiome nucleic acid of the sample; -   (e) determining the abundance of nucleic acid in the sample     corresponding to kmers comprising at least one of the signatures     of (b) to produce a data set; -   (f) normalizing the data set; and -   (g) classifying the data set as being obtained from a subject having     UC or a subject having CD, thereby distinguishing between a subject     having UC and a subject having CD.

In certain aspects of this embodiment, the microbiome sample is a stool sample.

In certain aspects of this embodiment, the nucleic acid is DNA, cDNA or RNA.

In certain aspects of this embodiment, the kmers are oligomers comprising between 2 and 10 nucleotides, including 2, 3, 4, 5, 6, 7, 8, 9, or 10 nucleotides. In a particular aspect, the kmers are oligomers comprising 8 nucleotides.

In certain aspects of this embodiment, the signature is at least one signature selected from among the 1087 signatures of Table 4.

In certain aspects of this embodiment, the signature is at least one signature selected from among the 17 signatures of Table 5.

In certain aspects of this embodiment, the data set is classified as being obtained from a subject having UC or a subject having CD by performing a nearest neighbor analysis on the data set.

The foregoing has outlined rather broadly the features and technical advantages of the present invention in order that the detailed description of the invention that follows may be better understood. Additional features and advantages of the invention will be described herein, which form the subject of the claims of the invention. It should be appreciated by those skilled in the art that any conception and specific embodiment disclosed herein may be readily utilized as a basis for modifying or designing other structures for carrying out the same purposes of the present invention. It should also be realized by those skilled in the art that such equivalent constructions do not depart from the spirit and scope of the invention as set forth in the appended claims. The novel features which are believed to be characteristic of the invention, both as to its organization and method of operation, together with further objects and advantages will be better understood from the following description. It is to be expressly understood, however, that any description, table, example, etc. is provided for the purpose of illustration and description only and is by no means intended to define the limits the invention.

DETAILED DESCRIPTION OF THE INVENTION I. DEFINITIONS

Unless otherwise noted, technical terms are used according to conventional usage. Definitions of common terms in molecular biology may be found, for example, in Benjamin Lewin, Genes VII, published by Oxford University Press, 2000 (ISBN 019879276X); Kendrew et al. (eds.); The Encyclopedia of Molecular Biology, published by Blackwell Publishers, 1994 (ISBN 0632021829); and Robert A. Meyers (ed.), Molecular Biology and Biotechnology: a Comprehensive Desk Reference, published by Wiley, John & Sons, Inc., 1995 (ISBN 0471186341); and other similar technical references.

As used herein, “a” or “an” may mean one or more. As used herein when used in conjunction with the word “comprising,” the words “a” or “an” may mean one or more than one. As used herein “another” may mean at least a second or more. Furthermore, unless otherwise required by context, singular terms include pluralities and plural terms include the singular.

As used herein, “about” refers to a numeric value, including, for example, whole numbers, fractions, and percentages, whether or not explicitly indicated. The term “about” generally refers to a range of numerical values (e.g., +/−5-10% of the recited value) that one of ordinary skill in the art would consider equivalent to the recited value (e.g., having the same function or result). In some instances, the term “about” may include numerical values that are rounded to the nearest significant figure.

II. THE PRESENT INVENTION

Microbial communities associated with the human body are collectively summarized as the “human microbiome.” Differences in human microbiome compositions are generally believed to be associated with different body sites as well as with specific health and disease states. These complex communities of microbial organisms can be studied on the systems level using whole-genome shotgun (WGS) sequencing of total DNA isolated from microbiome samples (termed “metagenomics”). Using bioinformatic tools, microbiome-specific signatures can be identified and used to provide valuable information for basic research, forensics and clinical diagnostics. However, which features of the microbiome provide the best signature to distinguish and classify microbiome samples remains yet to be determined, as many commonly used parameters in microbial ecology (e.g., 16S rRNA-based phylogenetic community compositions) show large variations across apparently related sample populations (e.g. healthy human stool samples).

Using a computationally efficient, but statistically rigorous, method developed by the inventors and described herein, predictive diagnostic markers (termed “features” herein) have been identified within metagenomic datasets that allow classification of samples as having particular signatures that correspond to selected gastrointestinal disease backgrounds. In particular, a method for identifying microbial community signatures that distinguish a priori-selected sample groups of interest has been developed. These signatures are based on sequence data compositions from metagenomic samples, i.e. total sequenced DNA isolates from entire microbiome samples. Classifiers based on these signatures were assessed for robust sensitivity and specificity using a cross-validation sub-sampling procedure in which random sets of samples were selected and subsequently re-classified individually using the remaining data. Additional testing could be performed using classifiers to assign samples that were not part of the original training sets. This approach was applied to data from the Human Microbiome Project as well as other gut microbiome datasets, including data from inflammatory bowel disease (IBD) patients with Crohn's disease (CD) and/or ulcerative colitis (UC).

Using this method of statistical analysis, sets of features were identified that allow for patients with Crohn's disease to be distinguished from patients having ulcerative colitis at a statistically-significant rate of accuracy. Thus, the method of statistical analysis has been applied to metagenomic datasets to create classifiers that accurately disagnose patients as having IBD, as well as distinguish between patients with ulcerative colitis and Crohn's disease. These feature sets can be used to assign additional samples to these two groups. The present invention may be used to (i) identify signatures characteristic for each of the two classes, (ii) assess the statistical significance associated with these signatures, and (iii) perform a classification of additional samples of unknown patient backgrounds to either of the two groups.

In particular, the present invention relates to the identification and comparative analysis of sequence-features in metagenomic whole-genome shotgun (WGS) sequence data derived from human clinical specimens. In combination with the statistical analysis method developed by the inventors, a group of sequence-features that correspond to particular human microbiomes, termed significant features, are identified and together form microbiome signatures. Short oligomers of generally 8 nucleotides (termed “kmers” herein) are then identified that serve as classifiers for use in screening for signatures that will place a sample into a particular class (e.g., a patient with CD or UC). A set of terms that define specific relationships in the method are as follows:

-   -   i. A sample (e.g., the nucleic acid from the microbiome of a         patient) belongs to a particular class (e.g., a patient with CD         or UC).     -   ii. A sample is described by a set of features (e.g.,         concentrations of particular short nucleic acid sequences         (kmers) in the metagenomic sequence data as determined by         counting the relative abundances of all possible kmers).     -   iii. Features that show different concentrations between samples         are significant features (e.g., kmers that are significantly         more often found in metagenomic sequence data from CD compared         to UC patient samples).     -   iv. A signature is a set of significant features (e.g., a group         of between one and 50 kmers with significantly different         relative abundance in one patient class (e.g., CD) compared to         another patient class (e.g., UC).     -   v. A signature is used to assign a sample to a particular class.

The general manner in which the statistical methodology detailed in the present application is performed can be summarized as follows:

-   (a) microbiome sequence data is obtained from two sample groups     (e.g., subjects having UC and subjects having CD); -   (b) the abundance of oligomers (kmers) of a selected length (e.g.,     2, 3, 4, 5, 6, 7, 8, 9, or 10 mers) in the two data sets is     calculated; -   (c) kmers with different relative abundances between the two data     sets are identified; -   (d) sets of kmers (e.g., between 1 and 50 different kmers per set)     with different relative abundances between the two data sets are     combined; -   (e) the sensitivity, specificity, and p-values are determined for     each set of kmers, with those showing the ability to distinguish     between the two data sets being selected as candidate signatures;     and -   (f) the robustness of the candidate signatures is determined and     scored using internal cross-validation by subsampling and     reclassification and suitable signatures are selected as signatures     for use in classifying a sample for inclusion in a particular class     (e.g., as being isolated from a subject with UC or a subject with     CD).

Subjects

While the Examples provided herein are directed to the analysis of samples from human subjects, it will be apparent to one of ordinary skill in the art that the methods described herein can be conducted in conjunction with microbiome samples from a wide variety of animals, including, but not limited to, humans and non-human animals, e.g., a non-human primate, bird, horse, cow, goat, sheep, a companion animal, such as a dog, cat or rodent, or other mammal.

Source of Microbiome Samples

Microbiome samples analyzed using the methods of the present invention are not limited in the source or location on the subject from which they are obtained or the means used to obtain them. Exemplary sources include dental plaques, such as supragingival plaque, saliva, and stool. Exemplary locations include all areas of the skin, including on and around the anus, vaginal, urethra, and the interior of the mouth. Specific exemplary locations include the anterior nares, buccal mucosa, posterior fornix, and tongue dorsum. Exemplary means for obtaining samples include swabs.

DNA Isolation and Sequencing

When the source of the microbiome sample is stool, extraction of total metagenomic DNA can be conducted using known techniques (Gajer et al., Sci Transl Med 4:132-152 (2012); Sellitto et al., PLoS One 7: e33387 (2012)), including community-approved standard operating procedures (SOPs) established and published by the Human Microbiome Project (http://hmpdacc.org/tools_protocols/tools_protocols.php). In particular, the MoBio UltraClean® Fecal DNA Isolation Kit (MO BIO Laboratories, Inc., Carlsbad, Calif.) can be used, which contains a humic acid inhibitor removal step.

Metagenomic DNA can be multiplexed and sequenced, for example, on a single channel of an Illumina HiSeq 2000 platform, following the manufacturer's recommendations as amended by the Genomics Resource Center at the Institute for Genome Sciences. For example, combining 100 samples on a single HiSeq 2000 channel will generate about 3 million 100 bp paired-end sequence reads per sample.

Working with stool samples provides advantages with respect to potential clinical integration as a high-throughput diagnostic tool: (i) sample amounts: typically 0.1 g of stool are sufficient to isolate genomic DNA for several rounds of sequencing; (ii) automation: robotic platforms and corresponding sample processing kits from several manufacturers (e.g. MoBio, Qiagen, Zymo) allow for automated processing of stool samples for DNA isolation. Together with automated workflow systems for sequencing library generation and sequencing on the Illumina HiSeq 2000 or MiSeq platform, fast, efficient and cost-effective sample processing can be achieved.

Method of Statistical Analysis

A method of statistical analysis has been developed whereby metagenomic WGS sequence data of particular microbiomes is analyzed to identify particular signatures that can be used to distinguish samples as belonging to one of two (or more) defined classes. Short oligomers of 8 nucleotides (“kmers”), for example, are then identified that serve as features for use in screening for signatures to develop a classifier that will place a sample into a particular class (e.g., a patient with CD or UC). Kmers of other lengths, such as from 1 to 50 nucleotides in length, may also be used, and the lengths include each integer from 1 to 50.

The described procedure is comprised of three major phases: (1) significant feature selection, (2) signature selection and classifier development, and (3) classifier validation and testing.

1. Significant Feature Selection

The first phase of the analysis begins by obtaining a set of n metagenomic dataset samples S=[S₁, S₂, S₃, . . . , S_(n)] associated with a set of m mutually-exclusive classes where m≧2. The metagenomic datasets can be obtained from existing databases, such as the Human Microbiome Project (HMP) body site database or from the MetaHIT project [4] which contains WGS metagenomic samples from stool of European individuals.

1.1 Kmer frequency estimation

The number of times short DNA oligomers (kmers; e.g., oligonucleotide sequences of 8 nucleotides=an 8 mer) appear in each metagenomic sample S are counted using the Jellyfish program from the open source wgs-assembler software package (http://www.cbcb.umd.edu/software/jellyfish/). Overlapping kmers are counted on both DNA strands, i.e. in the original and reverse complement sequence of each read, resulting in sequences being counted twice. To reduce redundancy, only canonical kmers are stored, i.e., a specific kmer w and its reverse complement w_(rc) are not distinguished. The kmer that appears first in alphabetical order is recorded. Therefore, the feature space consisted of 32,896 canonical 8 mers (4⁸(0.5*255/256+1/256)).

1.2 Identification of Differentially Abundant Kmers

Kmers are next assessed for differential mean abundance between the two classes, as defined a priori, using the Metastats program [26] (−b set to 5000 permutations). Due to the sizeable feature space of 32,896 kmers, accounting for multiple hypothesis tests is critical to assess false positives. This means that between any two groups, a certain number of kmers will show differential abundance by chance. Therefore, a p-value threshold is selected that controls the false discovery rate [27]. Given a p-value threshold, this results in a set of kmers, designated as corresponding to significant features, to be considered in the next phase. Lastly, kmer counts are normalized to relative abundances within each sample (i.e. given a value between 0 [0%] and 1 [100%]).

2. Signature Selection and Classifier Development 2.1 Normalization of Significant Features

To prevent biased weighting of significant features during the classification process, the distribution of each feature is centered to zero mean and scaled to unit variance. Specifically, given the distribution of values for a feature F across all datasets S_(F)=[S_(1F), S_(2F), S_(3F), . . . , S_(nF)], the sample mean and variance of this vector, (μ_(F) and σ² _(F), respectively), is computed and normalized by subtracting μ_(F) from each value in the feature vector and subsequently dividing by the square root of the variance:

${{norm}\left( S_{IF} \right)} = \frac{\left( {S_{iF} - \mu_{F}} \right)}{\sqrt{\sigma_{F}^{2}}}$

The associated scaling factors (μ_(F) and σ² _(F)) from this normalization are also applied to all downstream test sets.

2.2 Signature Selection for Classifier Development

For each class b, the data containing all samples and corresponding normalized values of significant features is processed according to the following algorithm. For each selection iteration i, a subset of N_(i) significant features are first selected from the set of differentially abundant features determined in 1.2 (N_(min)≦N_(i)≦N_(max)). This set of N_(i) features comprises a signature. Under this signature:

-   -   A. Using the nearest neighbor algorithm with a Euclidean         distance metric, samples are assigned to either class b or         simply not b. During this process each sample is assigned to the         known class of its closest neighbor according to the signature.         Specifically, given a sample S_(e) represented in the         N_(i)-dimensional feature space by a vector [S_(e1), . . . ,         S_(eNi)], S_(e) is assigned to the class of a different sample         S_(f) that minimizes the following distance:

${d\left( {S_{e},S_{f}} \right)} = \sqrt{\sum\limits_{j = 1}^{N_{i}}\; \left( {S_{ej} - S_{fj}} \right)^{2}}$

-   -   B. Next, examining the 2×2 outcome table of resulting         assignments, the corresponding sensitivity, specificity,         positive/negative predictive values and accuracy values are         computed and recorded. Fisher's exact test [28] is used to         assess the significance of the classification accuracy relative         to a randomized assignment.

At the end of this procedure, prediction results for each signature selection iteration i relative to class b are obtained. Signatures are ranked by overall classification accuracy.

The nearest neighbor algorithm is a mainstay of machine learning and has been successfully used for many classification problems ranging from secondary structures of proteins to face recognition. For high dimensional datasets, it is not possible to evaluate every unique combination of parameters, (e.g. [100 choose 8]=1.861×10¹¹) therefore selection of N_(min) and N_(max) is important. For each application of the method of statistical analysis, broad searches are empirically performed to identify practical values for N_(min) and N_(max).

By performing this classification training separately for each class, the possibility that some signatures may distinguish a particular class from all others, but may not effectively distinguish all classes universally from one another, is allowed for. This flexibility leads to the application of multiple binary classifiers for class-specific assignment instead of a single universal classifier.

3. Classifier Validation and Testing 3.1 Cross-Validation of Classifiers

The robustness of top ranking classifiers is assessed using the following cross-validation (CV) procedure. For each repeated CV iteration, a random subset of samples is removed from the full dataset (e.g. 15%) and used for cross-validation consisting of re-classification of each removed sample individually on the basis of the remaining samples and the same nearest-neighbor algorithm as described above. The average sensitivity and specificity across all CV iterations are recorded for each classifier. Choices for iteration and size of validation set vary depending on the characteristics of the dataset.

3.2 Classifier Testing

To test the performance of a classifier on new samples, the significant features from the initial assessment are evaluated for these samples, i.e. the counts of those kmers that correspond to the significant features comprised in the signature are determined and normalized according to the scaling factors described in section 2.1. The sample is then assigned to either class b or not b using the nearest neighbor algorithm with a Euclidean distance metric as described in 2.2 A.

III. EXAMPLES Data Sets

Metagenomic data sets analyszed using the methods of statistical analysis described above include the following.

Human Microbiome Project (HMP) body site data. A total of 690 HMP WGS metagenomic samples from a six distinct body sites (anterior nares, buccal mucosa, posterior fornix, stool, supragingival plaque, and tongue dorsum) were analyzed. The minimum number of samples associated with a particular body site was 51. Given the large scale of the HMP WGS Illumina sequence datasets (over 15.3 terabytes of raw sequence), kmer counting was performed on random sequence subsets of each sample (˜20% of raw reads). This resulted in an average kmer frequency of 4,139 observations per kmer and sample.

MetaHIT data, healthy individuals, and inflammatory bowel disease (IBD) patients. Raw Illumina GA II read data was acquired from the MetaHIT project [4] which contained WGS metagenomic samples from stool of 124 European individuals. Of the 124 individuals, 21 had ulcerative colitis (UC) and four had Crohn's disease (CD). The remaining 99 were considered healthy.

Obese and lean twin gut microbiomes. The classifiers were additionally tested on WGS metagenomic datasets representing the gut microbiomes of 15 subjects who were either obese (BMI>30, n=9) or lean (BMI=18.5-24.9, n=6) [2]. This raw sequence data was generated using the Roche/454 platform, either with the FLX or Titanium generation of sequencers.

Japanese gut microbiomes. Nine gut microbiome samples were obtained from a study of Japanese infants and adults [5]. All subjects in this case were >1.5 years in age (mean: 26.6 yrs). Datasets consisted of assembled contigs and singleton reads generated using Sanger sequencing technology.

Healthy individual and Crohn's disease patient fecal microbiomes. Raw sequence data from two recent studies on inflammatory bowel disease was included. 1) Roche/454 Titanium reads corresponding to eight fecal samples from patients diagnosed with CD and four samples from healthy controls [29], which contained technical replicates, i.e. independently generated sequence data from the same sample, which were treated as independent samples in the analysis of this data. 2) Illumina MiSeq reads corresponding to four fecal samples from CD patients and seven samples from healthy controls [30].

HMP Body Site Classifiers

A proof-of-concept study focused on assigning metagenomic samples from the Human Microbiome Project to their associated body sites. The analysis was restricted to 690 samples from six well-represented body regions (anterior nares, buccal mucosa, posterior fornix, supragingival mucosa, stool, tongue dorsum).

In the initial differential abundance detection of kmers (see section 1., above), a universal p-value cutoff (p<5e-04) was heuristically chosen such that the resulting expected feature false discovery rate (FDR) was below 0.08% for each pairwise comparison of body sites. Additionally, only kmers that were differentially abundant between a particular body site and all other sites were included. For example, if the kmer “ACGTTACG” was identified as differentially abundant in all pairwise comparisons involving buccal mucosa, it was designated as a significant feature to consider for buccal mucosa signature selection. Thus, significant feature sets differed by body site. After performing a broad scan of signature set sizes where N_(min)=N_(max) (range 10-1000), N_(min)=50 and N_(max)=100 was selected as the best balance between computational complexity and overall accuracy.

For each body site and its associated set of priority kmers, the feature selection algorithm (see section 2., above) was run for 10,000 iterations, and the 10 signatures with the best classification accuracy or 10 random classifiers if more showed 100% accuracy (e.g. for stool samples) were selected for cross-validation. The single best performing classifier was then chosen based on average sensitivity/specificity (SN/SP) results. In some cases, multiple classifiers had optimal performance (e.g. stool classifiers), and in these cases a single classifier was randomly selected to report.

Table 1 displays the cross-validation results of the top selected classifier for each body site. For each classifier, sensitivity and specificity values were calculated for each subsampling step of the cross-validation procedure. Fisher's p-values were determined to assess the statistical significance of the obtained accuracy of the classifier during cross-validation. All classifiers demonstrated high accuracy with a mean sensitivity of >97% and mean specificity of >99%. Furthermore, the corresponding range of p-values from Fisher's exact test showed that the classification results from cross-validation are significantly better than random.

TABLE 1 Cross-validation performance of top-ranking binary classifiers for each body site. (min/max/mean) SN (min/max/mean) SP (min/max/mean) Fishers P-value anterior nares 100.000/100.000/100.000 100.000/100.000/100.000 7.40e−21/9.76e−11/9.97e−12 buccal mucosa 83.333/100.000/97.219 98.684/100.000/99.738 1.70e−21/1.44e−14/3.00e−15 posterior 92.857/100.000/99.286 100.000/100.000/100.000 2.09e−15/7.46e−06/7.81e−07 fornix stool 100.000/100.000/100.000 100.000/100.000/100.000 6.70e−25/4.74e−19/7.67e−20 supragingival 100.000/100.000/100.000 96.202/100.000/99.114 6.32e−22/1.21e−12/1.22e−13 plaque tongue dorsum 94.736/100.000/99.473 98.550/100.000/99.463 6.34e−22/8.60e−16/9.07e−17 The cross-validation procedure used a subsampling approach in which 15% of the samples were repeatedly selected as a validation set for re-classification using the remaining 85% of the data.

Gut Microbiome Validation

Further investigation into how the body site classifiers would perform on datasets from metagenomic studies outside the HMP, including those employing different sequencing technologies, was undertaken. To do so, three datasets associated with previously published distal gut microbiome projects [2,4,5] were collected. The first dataset represented the gut microbiota of 85 healthy subjects from the MetaHIT project. Similarly to the HMP, the MetaHIT project utilized the Illumina sequencing platform. The second dataset was comprised of 15 samples generated by the Roche/454 sequencer from the study on obese and lean twins [2], while the third set of nine samples from the Japanese study [5] used Sanger sequencing and only provided assembled contigs and singleton reads. kmer counting was performed on all samples and they were assigned using each body site classifier from Table 1.

Table 2 displays the results of the HMP body site classifiers on the external gut microbiome datasets. For the stool classifier, the overall sensitivity was computed for each gut dataset, that is, the percentage of tested samples that were successfully assigned to stool. In contrast, for each of the other body site classifiers, the specificity was calculated, that is, the percentage of gut samples that were correctly classified as not belonging to that body site. It was observed that all classifiers performed perfectly on these test sets, either with 100% sensitivity or 100% specificity, respectively.

In spite of the highly variable characteristics of these datasets (e.g. different geographic sample origins, sequencing technologies, or read lengths, assembled vs. unassembled reads), the classifiers assigned all gut samples perfectly. This evidence supports the robustness of the microbial signatures to alterations in sequencing technology or data processing.

TABLE 2 HMP body-site classifier results on other gut microbiome datasets. Sensitivity Specificity Classifier: Anterior Buccal Posterior Supragingival Tongue Dataset Distal gut nares mucosa fornix plaque dorsum MetaHIT gut 100% 100% 100% 100% 100% 100% microbiome (n = 85) Twin gut microbiomes 100% 100% 100% 100% 100% 100% (n = 15) Japanese gut 100% 100% 100% 100% 100% 100% microbiome (n = 9) MetaHIT data consists of raw illumina GA II sequences. The twin gut microbiomes consist of raw reads from 454/Roche FLX or Titanium platforms. The Japanese gut microbiome data consists of assembled contigs and singleton reads from a Sanger sequencing platform. Crohn's Disease vs. Ulcerative Colitis

The method of statistical analysis was applied to a setting of clinical importance. Clinicians often find it difficult to easily distinguish between different forms of inflammatory bowel disease. Therefore, the method was performed to determine signatures that accurately distinguished patients with CD from patients with UC.

The training sets included the following: Crohn's Disease—the CD training set was comprised of metagenomic WGS data from stool samples from: 4 CD patients from the European MetaHIT study (Illumina HiSeq sequence data) [4] plus 12 CD patients (including several technical replicates) from two U.S. studies (Roche/454 sequence data, [29] and Illumina MiSeq data [30]), thus providing 16 CD samples; Ulcerative Colitis—the UC training set was comprised of gut samples from the MetaHIT project representing 21 patients with UC.

Kmers (8 mers) with significant differential abundance between the two sample groups were determined with the Metastats program [26]. After differential abundance analysis, a p-value threshold was selected to maintain a FDR <1%, resulting in a set of 5,287 significant features provided in Table 3.

The signature selection algorithm was run on the 5,287 significant features for 105,287 iterations using signatures consisting of between 1 and 50 different 8 mers. Each sample was screened using the different signature iterations, and then classified as belonging to one of the two classes (i.e. UC vs. CD). This classification was performed with the nearest neighbor algorithm with a Euclidean distance metric (see section 2.2A above). Next, examining the 2×2 outcome table of the resulting assignments, the corresponding sensitivity (SN), specificity (SP), and positive/negative predictive values (PPV/NPV) were computed and recorded. Fisher's exact test was used to assess the significance of each classification relative to a randomized assignment. All 105,287 tested signatures, i.e. combinations of between 1 and 50 random 8 mers, were ranked based on 2×2 outcome tables.

Of these 105,287 iterations, a total of 1,087 signatures were found that perfectly distinguished CD and UC samples. These signatures are provided in Table 4. Kmers listed in column A of Table 4 correspond to the kmers in Table 3, starting with position 0 (e.g. “AAAAAAAA” is number 0), running down a column, and then continuing to the next column to the right. Of the 5,287 significant 8-mers, 5,063 (95.8%) are included in at least one top-performing signature.

As Table 4 shows, using any of 1,087 signatures, the 37 samples were correctly classified as coming from the 16 patients with Crohn's disease or the 21 patients with ulcerative colitis, i.e. 100% specificity and sensitivity were achieved for this classification.

The robustness of the 1,087 top-performing classifiers (=signatures) was assessed using a re-sampling cross-validation procedure as described in section 3.1 above. This type of validation determines whether the accurracy of the classifiers is significantly reduced if only a subset of the original samples is used as a reference for the classification, i.e. it can help assess whether additional reference samples are needed to improve the classifier. For a particular classifier undergoing validation, a random subset of samples (20%) were removed from the full dataset and then individually re-classified. This process was repeated for 100 iterations for each classifier. The average SN, SP, PPV, NPV and Fisher's exact test p-values across all cross-validation iterations were recorded for each tested signature, i.e. for each set of 8 mers. Of all 1,087 top-performing classifiers, 17 also showed 100% mean SN, SP, PPV, and NPV values after cross-validation (Table 5). This indicates that the variation detected by these 17 signatures between samples from the CD and UC classes is stronger than variations between samples from the same class (i.e. CD or UC) and, thus, that classification of samples as UC or CD with these 17 signatures is most reliable. Classification with the remaining 1070 signatures on the other hand is hindered by the detection of signals resulting from variations between samples from the same class (i.e., CD or UC). The accurracy of these 1070 signatures is therefore expected to depend to a larger extent on the number of reference samples and to improve with larger numbers of reference samples.

To evaluate the importance of kmer length for sample classification, the signature identification method was also applied to kmer abundances of lengths of 2, 3, and 4 nucleotides and a training set of 21 UC and 12 CD samples (including the 4 CD patients from the MetaHIT and 8 CD patients from one of the U.S. studies [29]). The results, including mean SN, SP, PPV, NPV, and Fisher's exact test P-values, are shown in Table 6 and indicate that classification of CD and UC samples is possible using signatures of kmers combinations with length 2 nucleotides and longer, although at lower accurracy (i.e., SN, SP <100%) compared to kmers of length 8 nucleotides.

Validation Using Random Sequence Data

To validate the statistical significance of the findings, the same type of kmer-based signature identification analysis was performed using computer-generated random kmer counts of the length 4 nucleotides. For this analysis, two groups with 100 samples each were compared. While the sensitivity of 73% of the top-performing signatures to distinguish these random sample data is relatively high, the specificity of 52% is low and the associated mean Fisher's exact test P-values of 0.25 are high, as would be expected. The results of this comparison are also shown in Table 6.

TABLE 3 AAAAAAAA AAACACAC AAACTAGG AAAGGGGG AACACGTT AACCAGTC AACCGTAC AACGCTTA AACTCGCA AAGACCTC AAAAAAAC AAACACCC AAACTAGT AAAGGGTC AACACTCT AACCAGTG AACCGTAG AACGGACC AACTCTCG AAGACGGA AAAAAAAG AAACACCG AAACTCGC AAAGGGTG AACACTGG AACCAGTT AACCGTCA AACGGATC AACTCTGC AAGACGGT AAAAAAAT AAACACGA AAACTCGT AAAGGTCG AACACTTC AACCATGA AACCGTCT AACGGGGG AACTGATC AAGACTGG AAAAAACC AAACACGC AAACTGCG AAAGTAAC AACAGAAG AACCATGG AACCGTGG AACGGTAC AACTGCCA AAGAGAGC AAAAAACG AAACACGG AAACTGCT AAAGTACT AACAGACG AACCATGT AACCGTGT AACGGTCC AACTGCCG AAGAGCAC AAAAAAGC AAACAGGT AAACTGGA AAAGTAGA AACAGATG AACCATTC AACCGTTA AACGGTTC AACTGGAA AAGAGCAT AAAAACAC AAACAGTA AAACTGGT AAAGTCAC AACAGATT AACCCACA AACCGTTC AACGTACC AACTGGAC AAGAGCCG AAAAACCC AAACAGTC AAACTTCC AAAGTGAT AACAGCCA AACCCACC AACCGTTG AACGTACG AACTGGAT AAGAGCCT AAAAACGC AAACAGTT AAAGAACT AAATACAG AACAGCCG AACCCAGC AACCTAGT AACGTACT AACTGGCA AAGAGCGA AAAAAGCC AAACATCG AAAGAATC AAATACCA AACAGGAA AACCCCAA AACCTCCT AACGTATG AACTGGGA AAGAGCGC AAAAAGCG AAACCAGT AAAGACCC AAATACTG AACAGGAC AACCCCAC AACCTCTC AACGTCAG AACTGGTA AAGAGCGG AAAAAGGG AAACCATG AAAGAGCG AAATCAGT AACAGGAT AACCCCAG AACCTGTA AACGTCCA AACTGGTC AAGAGCGT AAAACACC AAACCCAC AAAGAGGG AAATCCAG AACAGGTA AACCCCCA AACCTGTC AACGTCCG AACTGTAC AAGAGGGC AAAACACG AAACCCCA AAAGATTC AAATCCTG AACAGGTT AACCCCCC AACGAATC AACGTCTG AACTGTCA AAGAGGGG AAAACCCA AAACCCCC AAAGCACC AAATCGAG AACAGTAA AACCCCCG AACGACAA AACGTCTT AACTGTCC AAGAGGGT AAAACCCC AAACCCCG AAAGCCCA AAATCTCG AACAGTAC AACCCCCT AACGACCC AACGTGGA AACTGTTC AAGAGGTC AAAACCCG AAACCCCT AAAGCCCC AAATGATC AACAGTAG AACCCCGA AACGAGAA AACGTGTA AACTTCCA AAGAGTGC AAAACCTC AAACCCGC AAAGCCCG AAATGCGC AACAGTAT AACCCCGC AACGAGAG AACGTGTC AACTTCCG AAGATATC AAAACGAG AAACCCTC AAAGCCCT AAATGGTC AACAGTCA AACCCCTC AACGAGAT AACGTGTG AAGAAATC AAGATTCC AAAACGCA AAACCGAG AAAGCCGC AACAAAAA AACAGTCC AACCCGCC AACGAGGA AACGTTAC AAGAACAG AAGCAATC AAAACGCC AAACCGGT AAAGCGAG AACAACCC AACAGTCG AACCCTCA AACGAGGG AACGTTAT AAGAACCC AAGCACAA AAAACGCT AAACCGTT AAAGCGCA AACAACTG AACAGTGA AACCCTCC AACGAGGT AACGTTCA AAGAACGT AAGCACAC AAAACGGC AAACCTCG AAAGCGCT AACAATCG AACAGTGG AACCCTCT AACGATCA AACGTTCC AAGAACTG AAGCACAT AAAACGTT AAACGAGA AAAGCGTC AACACAAA AACAGTTA AACCGAGA AACGATCG AACGTTCG AAGAAGTG AAGCACCC AAAACTCG AAACGAGC AAAGCGTG AACACACA AACAGTTC AACCGAGG AACGATTC AACGTTCT AAGAATCA AAGCACCT AAAACTGG AAACGAGG AAAGCTCA AACACACC AACATCCA AACCGATC AACGATTG AACGTTGG AAGAATCC AAGCACGA AAAAGCAC AAACGCCC AAAGCTCG AACACACG AACATGAC AACCGCCA AACGCAAA AACGTTTC AAGAATCG AAGCACGT AAAAGCCC AAACGCTC AAAGCTGC AACACCCA AACATGAT AACCGCCT AACGCACA AACTAGCC AAGAATTC AAGCACTC AAAAGCGC AAACGGCG AAAGCTTC AACACCCC AACATGGT AACCGGAA AACGCAGA AACTAGCG AAGACAGT AAGCCAGT AAAAGCGT AAACGTCC AAAGGCAC AACACCCG AACATGTC AACCGGAC AACGCATG AACTAGCT AAGACATG AAGCCCAC AAAAGCTC AAACGTCT AAAGGCGA AACACCCT AACCAATC AACCGGAG AACGCCCC AACTAGGG AAGACCCA AAGCCCAT AAAAGGCG AAACGTGT AAAGGCGC AACACCTC AACCACAA AACCGGAT AACGCCCT AACTAGGT AAGACCCC AAGCCCCC AAAAGGGC AAACGTTC AAAGGCTC AACACGCA AACCACCC AACCGGTC AACGCCTA AACTAGTC AAGACCCG AAGCCCCG AAAAGTGC AAACGTTG AAAGGGCA AACACGTA AACCACTG AACCGGTG AACGCTCT AACTCACA AAGACCCT AAGCCCCT AAAATGCG AAACTAGC AAAGGGCG AACACGTG AACCAGTA AACCGGTT AACGCTGT AACTCCTC AAGACCTA AAGCCCGC AAGCCCTA AAGGCTGC AAGTGACA AATCAGTC AATCGGTG AATGTCGC ACAACGCT ACACCAGC ACACTTCC ACAGTACT AAGCCCTC AAGGGCAA AAGTGACG AATCAGTG AATCGTAA AATGTCTG ACAACTGT ACACCCAC ACAGAAGA ACAGTAGA AAGCCCTT AAGGGCAG AAGTGATC AATCATGA AATCGTAC AATGTGAC ACAAGAGC ACACCCAG ACAGAAGT ACAGTAGT AAGCCGCA AAGGGCAT AAGTGATT AATCATGC AATCGTAT AATGTGAT ACAAGATG ACACCCCA ACAGAATC ACAGTCAA AAGCCTGC AAGGGCGA AAGTGCCT AATCATGG AATCGTCT AATGTTCC ACAAGCAC ACACCCCC ACAGACCC ACAGTCAC AAGCGACA AAGGGCGG AAGTGGGG AATCATTG AATCGTTC AATTACTG ACAAGCAG ACACCCCG ACAGACGT ACAGTCAG AAGCGAGA AAGGGCGT AAGTGTGC AATCCAAC AATCTGAC AATTCACC ACAAGCCC ACACCCCT ACAGAGCA ACAGTCAT AAGCGAGG AAGGGCTA AAGTTCCA AATCCAAG AATCTGAT AATTCACG ACAAGCGA ACACCCGA ACAGAGCC ACAGTCCA AAGCGATC AAGGGGCA AAGTTCCG AATCCAAT AATCTGGA AATTCACT ACAAGCGG ACACCCGC ACAGAGCG ACAGTCTA AAGCGCAA AAGGGGCG AATAACTG AATCCACA AATCTGGC AATTCAGG ACAAGCTG ACACCCTA ACAGAGTG ACAGTGAA AAGCGCCC AAGGGGGC AATAATAC AATCCACT AATCTGGT AATTCAGT ACAAGGAG ACACCCTC ACAGATTC ACAGTGAC AAGCGGCT AAGGGGGG AATAATCC AATCCAGA AATCTGTA AATTCATC ACAAGGGC ACACCCTG ACAGATTG ACAGTGAT AAGCGGGG AAGGGGGT AATACAGA AATCCAGG AATCTTCC AATTCATG ACAAGGGG ACACCGCT ACAGCAAG ACAGTGGA AAGCGGGT AAGGGGTC AATACAGG AATCCAGT AATGAACG AATTCCAA ACAAGGGT ACACCGGA ACAGCCAA ACAGTGGT AAGCGTGA AAGGGGTG AATACAGT AATCCATA AATGAATC AATTCCAG ACAATCAC ACACCTAT ACAGCCAT ACAGTTAC AAGCTCTA AAGGGTCA AATACCAG AATCCATC AATGACAG AATTCCCA ACAATCCG ACACCTCA ACAGCCCC ACAGTTCC AAGCTCTC AAGGGTCT AATACCAT AATCCATG AATGACCA AATTCCGG ACAATCGG ACACCTCC ACAGCCGT ACAGTTGC AAGCTGCT AAGGGTGA AATACCTG AATCCCAT AATGACTG AATTCCGT ACAATCGT ACACGAAA ACAGCGAC ACATAGAG AAGCTTCC AAGGGTGC AATACGAT AATCCCTG AATGATCA AATTCCTG ACAATTCC ACACGACA ACAGCGAG ACATAGCC AAGGAACC AAGGGTGG AATACGGA AATCCGAT AATGATCC AATTCGAA ACACAAAA ACACGAGA ACAGCGCA ACATAGCG AAGGAATC AAGGGTGT AATACGGT AATCCGGA AATGATCG AATTCGTG ACACAAAC ACACGCAG ACAGCGGC ACATAGGC AAGGAATT AAGGTCTA AATACGTC AATCCGGC AATGATCT AATTCTGG ACACAACA ACACGGAG ACAGCGGG ACATAGGG AAGGACAT AAGGTGCT AATACGTG AATCCGGT AATGATTC AATTCTTC ACACAAGC ACACGGCA ACAGCGTA ACATAGTG AAGGACGA AAGGTGGG AATACTGG AATCCGTA AATGATTG AATTGATC ACACACAA ACACGGGG ACAGGAAA ACATCAAG AAGGACTA AAGGTTCC AATAGAGC AATCCGTC AATGCATC AATTGCTG ACACACAC ACACGTAC ACAGGAAC ACATCAGC AAGGAGCA AAGTAACG AATAGGCG AATCCGTG AATGCATG AATTGGAC ACACACAG ACACGTAT ACAGGAAG ACATCCAA AAGGAGCG AAGTAACT AATCAATC AATCCTGA AATGCCAG AATTGGCC ACACACAT ACACGTTC ACAGGAAT ACATCCAT AAGGAGGC AAGTAATC AATCAATG AATCCTGC AATGCCCT AATTGGTC ACACACCA ACACGTTG ACAGGAGA ACATCGCT AAGGAGGG AAGTACAG AATCACAC AATCCTGG AATGCCGG AATTGGTG ACACACCC ACACTAAG ACAGGCTC ACATGACT AAGGAGGT AAGTACCA AATCACAG AATCCTGT AATGCGAT AATTTCGC ACACACGA ACACTCAC ACAGGGGG ACATGCCA AAGGATTC AAGTACCG AATCACAT AATCCTTC AATGCGCA ACAAAAAA ACACACGC ACACTCAG ACAGGGTC ACATGGAA AAGGCAAA AAGTACGT AATCACCA AATCGAAC AATGCGCT ACAAACAC ACACACGG ACACTCGC ACAGGTAA ACATGTAC AAGGCACA AAGTACTG AATCACCG AATCGATA AATGGAAG ACAAACCC ACACACTC ACACTCGG ACAGGTAC ACATGTCC AAGGCACT AAGTAGAA AATCACGT AATCGATC AATGGACC ACAACAAG ACACAGAG ACACTCTC ACAGGTAG ACATTGAG AAGGCCCC AAGTAGAC AATCACTC AATCGGAA AATGGATC ACAACACA ACACAGCA ACACTCTG ACAGGTAT ACATTGGA AAGGCGCA AAGTAGAT AATCACTG AATCGGAC AATGGATG ACAACATC ACACAGCG ACACTGAC ACAGGTTC ACCAAATC AAGGCGGG AAGTATCC AATCAGAC AATCGGAG AATGGCAG ACAACCCC ACACATAG ACACTGAT ACAGTAAC ACCAAATG AAGGCTCA AAGTCATG AATCAGAT AATCGGAT AATGGCTG ACAACCCT ACACATCG ACACTGCG ACAGTAAT ACCAAGTC AAGGCTCT AAGTCCCA AATCAGCC AATCGGTA AATGGTCC ACAACCTC ACACCAAT ACACTGGA ACAGTACA ACCAAGTG AAGGCTGA AAGTCTCG AATCAGGA AATCGGTC AATGGTTC ACAACGAG ACACCACA ACACTGGT ACAGTACG ACCAATCA ACCAATCC ACCCAGCA ACCCCTGC ACCGAGAT ACCTCACA ACGAGAGG ACGGAACA ACGTACCG ACGTTACT ACTCCGGA ACCAATCG ACCCAGCC ACCCGACA ACCGAGGG ACCTCAGC ACGAGAGT ACGGAACC ACGTACGA ACGTTATG ACTCGCAG ACCAATGA ACCCAGCG ACCCGAGA ACCGAGTG ACCTCCCC ACGAGATA ACGGAAGT ACGTACGC ACGTTCAA ACTCGCTG ACCAATGC ACCCCAAC ACCCGCAC ACCGATCA ACCTCCCG ACGAGGAG ACGGAATC ACGTACGG ACGTTCAT ACTCGGGG ACCAATGG ACCCCAAG ACCCGCAG ACCGATTC ACCTCCGC ACGAGGCA ACGGACCA ACGTACGT ACGTTCCA ACTCTCAC ACCAATTC ACCCCACA ACCCGCCA ACCGATTG ACCTCCTC ACGAGGCT ACGGACCG ACGTACTC ACGTTCCG ACTCTCGA ACCAATTG ACCCCACC ACCCGCCC ACCGCAAA ACCTCGTA ACGAGGGA ACGGAGAG ACGTACTG ACGTTCCT ACTCTCGC ACCACAAA ACCCCACT ACCCGCCG ACCGCAAG ACCTCTCA ACGAGGGG ACGGAGCG ACGTAGAG ACGTTCTA ACTCTCGG ACCACAAC ACCCCAGA ACCCGCCT ACCGCACA ACCTCTCC ACGAGGTA ACGGAGCT ACGTAGGA ACGTTGGA ACTCTCTC ACCACAAG ACCCCAGC ACCCGCTC ACCGCCAA ACCTCTCG ACGATCAA ACGGAGGA ACGTAGTA ACGTTTAA ACTCTGCC ACCACACA ACCCCAIC ACCCGCTG ACCGCCAT ACCTCTGC ACGATCCA ACGGAGGG ACGTATCC ACGTTTAG ACTCTGCG ACCACACC ACCCCCAA ACCCGGCG ACCGCCCC ACCIGAAT ACGATTAC ACGGATAC ACGTATCG ACGTTTCC ACTCTGIG ACCACCCC ACCCCCAC ACCCGGGG ACCGCCCT ACCTGCAT ACGATTCA ACGGATCA ACGTATGA ACGTTTGA ACTGAACC ACCACCCG ACCCCCAG ACCCTAAG ACCGCCTA ACCTGGAA ACGATTGA ACGGATTC ACGTATGG ACGTTTGG ACTGAATA ACCACCCT ACCCCCAT ACCCTATG ACCGCTCT ACCTGGTC ACGATTGG ACGGATTG ACGTATTA ACGTTTTA ACTGAATC ACCACCTC ACCCCCCA ACCCTCAA ACCGCTGC ACCTGTAC ACGCAAAA ACGGCACT ACGTATTC ACGTTTTG ACTGACAA ACCACGTA ACCCCCCC ACCCTCAC ACCGGAAC ACCTGTAT ACGCAAAG ACGGCAGA ACGTCAAT ACTAATCC ACTGACAG ACCACTGA ACCCCCCG ACCCTCAG ACCGGAAG ACCTTCCA ACGCACAG ACGGCGGG ACGTCACT ACTAATTC ACTGACAT ACCAGAAT ACCCCCCT ACCCTCAT ACCGGAAT ACCTTGGA ACGCAGAA ACGGCTCT ACGTCAGA ACTACAAG ACTGACCA ACCAGCCT ACCCCCGA ACCCTCCA ACCGGACC ACCTTGTG ACGCAGAG ACGGGGCA ACGTCAGG ACTACACC ACTGACTC ACCAGGTA ACCCCCGC ACCCTCCC ACCGGACT ACGAAAAA ACGCCAAT ACGGGGCG ACGTCAGT ACTACCCC ACTGACTG ACCAGTAA ACCCCCGG ACCCTCCG ACCGGATA ACGAAAAG ACGCCAGT ACGGGGCT ACGTCCAA ACTACGGC ACTGAGAG ACCAGTAC ACCCCCGT ACCCTCCT ACCGGATC ACGAAGAG ACGCCCCC ACGGGGGC ACGTCCAT ACTACGTG ACTGAGGC ACCAGTCA ACCCCCTA ACCCTCGC ACCGGATG ACGAATCA ACGCCCCG ACGGGGGG ACGTCCGA ACTAGGTA ACTGAGGG ACCAGTGA ACCCCCTC ACCCTCGG ACCGGGGG ACGAATCC ACGCCCTC ACGGTAAT ACGTCCGG ACTAGTCA ACTGATAT ACCAGTTA ACCCCCTG ACCCTCTC ACCGGTAC ACGAATCT ACGCCTAT ACGGTACT ACGTCTGA ACTAGTCC ACTGATCA ACCAGTTC ACCCCGAC ACCCTCTG ACCGGTCA ACGAATGA ACGCGGGG ACGGTAGT ACGTCTGG ACTAGTCG ACTGATCC ACCATACG ACCCCGCA ACCCTGAA ACCGGTTC ACGAATTC ACGCGTAA ACGGTCCA ACGTCTTG ACTAGTGG ACTGATCG ACCATTCC ACCCCGCC ACCCTGAC ACCGGTTG ACGACAAG ACGCGTAC ACGGTGGG ACGTGCAC ACTAGTTC ACTGATCT ACCATTTC ACCCCGCG ACCCTGAG ACCGTACG ACGACACA ACGCTAAG ACGGTTAA ACGTGCAT ACTATCTC ACTGATTC ACCCACAA ACCCCGCT ACCCTGCA ACCGTACT ACGACACT ACGCTCAG ACGGTTCA ACGTGCTA ACTATGAG ACTGATTG ACCCACAC ACCCCGGC ACCCTGCC ACCGTATC ACGACAGA ACGCTCCT ACGGTTCC ACGTGGAA ACTATGCC ACTGCAAG ACCCACAG ACCCCGGG ACCCTGCT ACCGTATG ACGACAGC ACGCTCTC ACGGTTGG ACGTGGAT ACTATGTC ACTGCCAT ACCCACCA ACCCCGTC ACCCTGTG ACCGTCAT ACGACATA ACGCTCTG ACGGTTTC ACGTGTAC ACTATGTG ACTGCCCC ACCCACCC ACCCCGIG ACCCTTCT ACCGTGTA ACGACCCC ACGCTGAG ACGTAACG ACGTGTAG ACTCACAC ACTGCGAC ACCCACCG ACCCCTAC ACCCTTGA ACCGTTAC ACGACCCT ACGCTGCC ACGTAAGA ACGTGTAT ACTCACAG ACTGCGAG ACCCACCT ACCCCTCA ACCCTTGC ACCGTTCC ACGACTAG ACGCTGTA ACGTAATC ACGTGTCA ACTCATGA ACTGCGCA ACCCACGA ACCCCTCC ACCCTTTG ACCTAGTG ACGAGAAA ACGCTGTC ACGTACAG ACGTGTGA ACTCCCCC ACTGCGCC ACCCACTC ACCCCTCG ACCGAGAA ACCTATGC ACGAGAGA ACGCTGTG ACGTACAT ACGTGTGG ACTCCCGC ACTGCGCT ACCCAGAG ACCCCTCT ACCGAGAG ACCTCAAA ACGAGAGC ACGCTTAT ACGTACCA ACGTGTTG ACTCCGAT ACTGCGGG ACTGCTTG ACTGTTCG AGAATGCT AGAGACCT AGAGCGGG AGATACGG AGCACCCC AGCCCTCA AGCGCACA AGCTATGC ACTGGAAA ACTGTTCT AGAATTCC AGAGACGC AGAGCGTA AGATAGAG AGCACCCG AGCCCTCC AGCGCACT AGCTCAAA ACTGGAAC ACTGTTTC AGACAATC AGAGACGG AGAGCGTC AGATAGCG AGCACCCT AGCCCTGC AGCGCAGA AGCTCACA ACTGGAAG ACTTCAGG AGACACAA AGAGACTC AGAGCGTG AGATAGGC AGCACCTC AGCCCTTG AGCGCAGC AGCTCCAC ACTGGAAT ACTTCCAA AGACACAC AGAGAGAC AGAGCTAC AGATATCA AGCACGCA AGCCGAGA AGCGCATA AGCTCCCC ACTGGACC ACTTCCAC AGACACCC AGAGAGAG AGAGCTAT AGATATCC AGCACGCT AGCCGCAA AGCGCCCC AGCTCCCG ACTGGAGA ACTTCCAG AGACACTC AGAGAGCA AGAGCTGC AGATATCT AGCACGGG AGCCGCAC AGCGCCCT AGCTCCGC ACTGGATA ACTTCCAT AGACATAG AGAGAGCC AGAGCTTG AGATCACT AGCACGTA AGCCGCAG AGCGCIAT AGCTCTAC ACTGGATG ACTTCCCA AGACCCAA AGAGAGCG AGAGGAGG AGATCCCC AGCACTCC AGCCGCCC AGCGCTGC AGCTCTAT ACTGGCAG ACTTCCGA AGACCCAC AGAGAGCT AGAGGCAC AGATCCGA AGCAGAGC AGCCGCTG AGCGGAGC AGCTCTCA ACTGGCAT ACTTCCGG AGACCCAG AGAGAGGC AGAGGCGA AGATGCCC AGCAGCCC AGCCGGGG AGCGGAGG AGCTCTCC ACTGGCCA ACTTCCTA AGACCCAT AGAGAGGG AGAGGCGC AGATGGAG AGCAGCCT AGCCTAAC AGCGGCAA AGCTCTCG ACTGGGAA ACTTCCTG AGACCCCA AGAGCAAA AGAGGCTC AGATGGGC AGCAGGCT AGCCTAAG AGCGGCAG AGCTCTGC ACTGGGAT ACTTCGAA AGACCCCC AGAGCAAC AGAGGCTG AGATGGGG AGCAGGGC AGCCTCAA AGCGGCCC AGCTGAAC ACTGGGGG ACTTCTTC AGACCCCG AGAGCAAG AGAGGGCA AGATTCAC AGCAGGGG AGCCTCAC AGCGGCGG AGCTGACC ACTGGTAA ACTTGAGG AGACCCCT AGAGCACA AGAGGGCG AGATTCCC AGCAGTAG AGCCTCCT AGCGGCTA AGCTGACT ACTGGTAC ACTTGCCC AGACCCGA AGAGCACC AGAGGGCT AGATTCCG AGCAGTCA AGCCTCTC AGCGGCTG AGCTGAGC ACTGGTAG ACTTGGAA AGACCCGC AGAGCACG AGAGGGGC AGATTGGA AGCAGTGA AGCCTGAG AGCGGGAC AGCTGATG ACTGGTAT ACTTGGAC AGACCCTC AGAGCAGC AGAGGGGG AGATTTCC AGCATAGC AGCCTGCA AGCGGGAG AGCTGCAC ACTGGTCA ACTTGGAT AGACCCTG AGAGCAGG AGAGGGTC AGCAAAGC AGCATCTC AGCCTGCC AGCGGGAT AGCTGCCC ACTGGTCC ACTTGGTC AGACCGCA AGAGCATA AGAGGGTG AGCAAGCA AGCATTCC AGCCTGTG AGCGGGCA AGCTGCGG ACTGGTCT ACTTTAAA AGACCGGA AGAGCATC AGAGGTCA AGCAAGCC AGCCACAC AGCCTTGA AGCGGGCG AGCTGCTG ACTGGTTA ACTTTCCA AGACCTAC AGAGCATG AGAGGTCG AGCAAGCG AGCCACCC AGCCTTGC AGCGGGGC AGCTGGAG ACTGGTTC ACTTTGAG AGACCTAT AGAGCCAC AGAGGTGC AGCAAGCT AGCCCACA AGCGAAAA AGCGGGGG AGCTGGGG ACTGTAAA ACTTTTCG AGACCTCA AGAGCCCC AGAGGTGG AGCAAGGA AGCCCACC AGCGACAA AGCGGGTC AGCTGTCG ACTGTAAT AGAAACGC AGACCTCC AGAGCCCG AGAGGTTG AGCAAGGC AGCCCAGC AGCGACAC AGCGGGTG AGCTGTGC ACTGTACC AGAAAGGC AGACCTGC AGAGCCGA AGAGTCCC AGCAAGGG AGCCCATC AGCGACAG AGCGGTAT AGCTTAGG ACTGTACG AGAACAGG AGACGAGG AGAGCCGC AGAGTCGC AGCAATCA AGCCCCAC AGCGACAT AGCGGTGC AGCTTATC ACTGTACT AGAACCCC AGACGCAA AGAGCCTC AGAGTCGG AGCAATCC AGCCCCCA AGCGACCT AGCGTAAG AGCTTCCA ACTGTAGA AGAACGAG AGACGCAG AGAGCCTG AGAGTCTC AGCAATCG AGCCCCCC AGCGAGAA AGCGTACG AGCTTGAA ACTGTATC AGAACGCA AGACGGAA AGAGCGAA AGAGTGAG AGCAATTG AGCCCCCG AGCGAGAG AGCGTAGA AGCTTGTA ACTGTCAT AGAACTGG AGACGGAT AGAGCGAC AGAGTGCA AGCACAAA AGCCCCCT AGCGAGAT AGCGTATC AGCTTTGC ACTGTCCA AGAAGACG AGACGGGG AGAGCGAG AGAGTGCC AGCACAAC AGCCCCGA AGCGAGGA AGCGTCAT AGCTTTTC ACTGTGAG AGAAGGGC AGACGTAC AGAGCGAT AGAGTGCG AGCACAAG AGCCCCGC AGCGAGGG AGCGTCCC AGGAACAT ACTGTGAT AGAAGTGA AGACGTTC AGAGCGCA AGAGTGCT AGCACACA AGCCCCGG AGCGAGTA AGCGTCCT AGGAACCA ACTGTGCC AGAATACG AGACTGCG AGAGCGCC AGAGTGGC AGCACACC AGCCCCTA AGCGAGTG AGCGTGAA AGGAACCG ACTGTGGA AGAATCAC AGACTGGA AGAGCGCG AGAGTGGG AGCACAGC AGCCCCTC AGCGATCA AGCGTGAG AGGAACGA ACTGTTAC AGAATCCA AGACTTCC AGAGCGCT AGAGTGTC AGCACATA AGCCCGCA AGCGATCG AGCGTGCA AGGAAGTA ACTGTTCA AGAATCCG AGAGACCC AGAGCGGA AGAGTGTG AGCACATC AGCCCGCC AGCGCAAA AGCGTGGG AGGAAGTG ACTGTTCC AGAATCGG AGAGACCG AGAGCGGC AGATACGC AGCACCCA AGCCCTAC AGCGCAAG AGCTACGC AGGAATCA AGGAATCC AGGCACTC AGGGCACA AGGGGGTC AGGTGTGC AGTCAGAT AGTGCAAG ATAAATAC ATAGACGC ATCAATCG AGGAATCG AGGCAGAC AGGGCACT AGGGGGTG AGGTTCCA AGTCAGGA AGTGCAGC ATAACCAG ATAGAGCA ATCAATGA AGGAATGA AGGCAGAG AGGGCAGA AGGGGTAG AGGTTCCG AGTCAGTA AGTGCATC ATAACGTC ATAGAGCG ATCAATGG AGGAATGC AGGCAGCG AGGGCAGC AGGGGTCA AGGTTGAC AGTCAGTC AGTGCCAC ATAACTGG ATAGCACA ATCAATTC AGGAATTA AGGCAGGC AGGGCAGG AGGGGTCG AGGTTTCC AGTCAGTG AGTGCCCC ATAAGCTC ATAGCGCA ATCAATTG AGGAATTC AGGCATAG AGGGCATA AGGGGTGA AGGTTTGC AGTCATGA AGTGCCGC ATAAGGGC ATAGCGGG ATCACAAT AGGAATTG AGGCCAAT AGGGCATC AGGGGTGC AGTAAAAG AGTCATGG AGTGCCTC ATAAGTGC ATAGCTCA ATCACACG AGGACAAC AGGCCCCC AGGGCCCC AGGGGTGG AGTAAAGA AGTCATTG AGTGCGCC ATAATCCA ATAGGCGA ATCACAGG AGGACAAG AGGCGAAA AGGGCGAA AGGGGTTG AGTAACAG AGTCCAAT AGTGCGGG ATAATCTG ATAGGCTC ATCACATC AGGACACA AGGCGACA AGGGCGAC AGGGTAAG AGTAACGA AGTCCAGC AGTGCTTG ATAATTCC ATAGGGCG ATCACCCC AGGACATC AGGCGCAA AGGGCGAG AGGGTACC AGTAACGG AGTCCCAT AGTGGAAG ATACAAAG ATAGGGGG ATCACCTC AGGACCAA AGGCGGAG AGGGCGCA AGGGTAGC AGTAACTG AGTCCCCC AGTGGATG ATACAGAA ATAGGGTG ATCACGIA AGGACCCC AGGCGGGA AGGGCGGA AGGGTCAA AGTAATCC AGTCCCGC AGTGGGCA ATACAGAT ATAGGTCG ATCACTCC AGGACGAA AGGCGGGC AGGGCGGC AGGGTCAG AGTAATCG AGTCCGAT AGTGGGGC ATACAGGA ATAGGTGC ATCACTGA AGGACGCA AGGCGGGG AGGGCGGG AGGGTCCC AGTAATGC AGTCCGGA AGTGGGGG ATACAGTA ATAGGTGG ATCACTGC AGGACTAC AGGCGTAA AGGGCGTA AGGGTCGG AGTAATGG AGTCGCCC AGTGGGTG ATACAGTC ATAGTCGA ATCACTGG AGGACTGA AGGCGTAG AGGGCGTG AGGGTCTC AGTAATTC AGTCGGGG AGTGTCCA ATACAGTG ATAGTCGC ATCACTTC AGGAGAGC AGGCTAAG AGGGCTAC AGGGTCTG AGTACACC AGTCTCGA AGTGTCGC ATACATGG ATATCATG ATCAGACA AGGAGCAC AGGCTCAA AGGGCTAT AGGGTGAA AGTACAGA AGTCTCGC AGTGTGAG ATACCAGG ATATCCAA ATCAGACG AGGAGCAG AGGCTCAC AGGGCTGC AGGGTGAC AGTACAGG AGTCTCGG AGTGTGCA ATACCCCC ATATCCAT ATCAGCCA AGGAGCGA AGGCTCAG AGGGCTTG AGGGTGAG AGTACCCC AGTCTGAT AGTGTGCC ATACCCTC ATATCCGG ATCAGGAA AGGAGCGG AGGCTCTC AGGGGAGA AGGGTGAT AGTACCTG AGTCTGCG AGTGTGCG ATACCGAG ATATCGAT ATCAGGAT AGGAGGAC AGGCTCTG AGGGGAGG AGGGTGCA AGTACGGA AGTGAACA AGTGTGGA ATACCGGA ATATCGGA ATCAGGGA AGGAGGAG AGGCTGAC AGGGGCAA AGGGTGCG AGTACGTG AGTGAACC AGTGTGTC ATACGAAC ATATCTCG ATCAGGTA AGGAGGGC AGGCTGAG AGGGGCAC AGGGTGGG AGTACTGA AGTGAATC AGTGTGTG ATACGATC ATATCTGG ATCAGTAC AGGAGGGG AGGCTGCA AGGGGCAG AGGGTGTA AGTACTGG AGTGACAG AGTGTTCC ATACGCTC ATATGATC ATCAGTCA AGGAGGTC AGGCTGCG AGGGGCCC AGGGTGTC AGTAGAAC AGTGACCA AGTTAACT ATACGGAA ATATGCTC ATCAGTCC AGGAGGTG AGGCTGGG AGGGGCGA AGGGTGTG AGTAGAAG AGTGACGG AGTTACCA ATACGGAC ATATGGAA ATCAGTCG AGGAGTGC AGGCTGTG AGGGGCGC AGGTATTA AGTAGACG AGTGACTG AGTTATCC ATACGGAT ATATGGAT ATCAGTGA AGGATCAA AGGCTTAC AGGGGCGG AGGTCAGC AGTAGAGC AGTGAGAG AGTTATGG ATACGGTC ATATGGGA ATCAGTGG AGGATTCC AGGCTTGC AGGGGCTG AGGTCCGA AGTAGGAA AGTGAGCC AGTTCCAG ATACGGTG ATATGGTC ATCAGTTA AGGATTCG AGGCTTTC AGGGGGAC AGGTCGCA AGTAGGGG AGTGAGCG AGTTCCAT ATACGTCC ATATGTCG ATCATAAG AGGCAAAC AGGGACAC AGGGGGAG AGGTCTAT AGTATAGC AGTGAGGG AGTTCCGA ATACGTGA ATATTCCA ATCATACG AGGCAAAG AGGGACTC AGGGGGCA AGGTCTGC AGTATCCA AGTGATCA AGTTCCGG ATACGTGG ATATTGGA ATCATATC AGGCAAGG AGGGAGAG AGGGGGCC AGGTGCAG AGTATCCG AGTGATCC AGTTCTTC ATACTCGA ATCAAACG ATCATCCA AGGCAATC AGGGAGCG AGGGGGCG AGGTGCTG AGTATGTG AGTGATCG AGTTGAGG ATACTCGC ATCAAAGA ATCATGAA AGGCACAA AGGGAGGG AGGGGGGA AGGTGGAG AGTCAATC AGTGATGA AGTTGCCC ATACTCGG ATCAAATC ATCATGAT AGGCACAG AGGGCAAA AGGGGGGC AGGTGGCA AGTCACAA AGTGATTC AGTTTGAG ATACTGGA ATCAATAC ATCATGCA AGGCACCC AGGGCAAC AGGGGGGG AGGTGGGC AGTCACAT AGTGATTG ATAAACAG ATACTTCC ATCAATCA ATCATGGA AGGCACGA AGGGCAAG AGGGGGTA AGGTGGGG AGTCACTG AGTGCAAA ATAAAGTA ATAGACCC ATCAATCC ATCATTAC ATCATTCA ATCCGAAG ATCGGATG ATGACTAG ATGGAACC ATGTGAGC ATTCATTC ATTGATCC ATTTGGAA CAACATAG ATCATTCC ATCCGATC ATCGGGGG ATGACTGA ATGGAAGA ATGTGATC ATTCCAAA ATTGATCG ATTTGGAC CAACATCC ATCATTCG ATCCGATG ATCGGTAC ATGACTGG ATGGAAGC ATGTGGAA ATTCCAAC ATTGATTC ATTTGGTC CAACCACA ATCATTGA ATCCGGAA ATCGGTCC ATGACTTC ATGGAAGG ATGTGGGC ATTCCAAT ATTGATTG ATTTGGTG CAACCCCA ATCATTGG ATCCGGAC ATCGGTTC ATGAGAGC ATGGACCA ATGTGGGG ATTCCACA ATTGCAGG ATTTTCGC CAACCCCC ATCATTTC ATCCGGAG ATCGTACG ATGAGGGC ATGGACCG ATGTGTGC ATTCCACC ATTGCATG ATTTTGCC CAACCCCG ATCCAACA ATCCGGAT ATCGTATC ATGAGGGG ATGGAGGG ATGTTCCA ATTCCACG ATTGCCTG ATTTTGCG CAACCCTC ATCCAACC ATCCGGTA ATCGTTAC ATGAGTGA ATGGATAC ATGTTCCG ATTCCAGA ATTGCTGG CAAAAAAA CAACCCTG ATCCAACG ATCCGGTC ATCGTTCC ATGATATC ATGGATCC ATGTTGGA ATTCCAGG ATTGCTTC CAAAAAAC CAACCGTA ATCCAAGA ATCCGGTG ATCTCCCA ATGATCAG ATGGATCG ATGTTGTC ATTCCATA ATTGGAAC CAAAAAGC CAACCGTC ATCCAAGC ATCCGTAC ATCTCCGC ATGATCCG ATGGATGA ATTAAAAG ATTCCATC ATTGGAAG CAAAAAGG CAACCTCC ATCCAAGG ATCCGTCA ATCTCCTC ATGATCGG ATGGATGC ATTAAAGA ATTCCATG ATTGGACA CAAAACCC CAACGAGA ATCCAATC ATCCGTGA ATCTCTCG ATGATGGA ATGGATGG ATTAAAGG ATTCCCAG ATTGGACC CAAAACGC CAACGCCC ATCCAATG ATCCGTGG ATCTGAAA ATGATTCA ATGGATTC ATTAATCC ATTCCGGA ATTGGACG CAAAAGGC CAACTATG ATCCACAG ATCCTACG ATCTGAAC ATGATTCG ATGGCGGG ATTAATCG ATTCCGGC ATTGGAGC CAAAATGC CAACTCTG ATCCACAT ATCCTCAC ATCTGAAT ATGATTGC ATGGGAAC ATTAATGA ATTCCGTA ATTGGATC CAAACACC CAACTGCC ATCCACTG ATCCTGAA ATCTGACG ATGATTGG ATGGGAAG ATTAATGC ATTCCTAC ATTGGATG CAAACACG CAAGACCC ATCCAGAT ATCCTGTA ATCTGATC ATGCACAC ATGGGAAT ATTAATGG ATTCCTGA ATTGGCCA CAAACCCC CAAGAGCC ATCCAGTA ATCCTGTC ATCTGGAA ATGCACCC ATGGGACC ATTACAGA ATTCCTGC ATTGGCGG CAAACCCG CAAGAGCG ATCCAGTC ATCCTTCC ATCTGGTA ATGCACTC ATGGGAGC ATTACATG ATTCCTGG ATTGGCTG CAAACCTC CAAGAGGG ATCCAGTG ATCCTTGC ATCTGTAA ATGCATAC ATGGGATC ATTACCAG ATTCCTTC ATTGGTCC CAAACGAG CAAGATGC ATCCATAA ATCGAACA ATCTGTAC ATGCATCC ATGGGCAG ATTACCTG ATTCGAAA ATTGGTCG CAAACGTC CAAGCACA ATCCATAC ATCGAATC ATCTGTCA ATGCATGG ATGGGCTA ATTACGTG ATTCGAAC ATTGGTGA CAAACTGC CAAGCCCC ATCCATCA ATCGAGAG ATCTGTTC ATGCATTA ATGGGGGG ATTACTGA ATTCGAAG ATTGGTGC CAAAGACC CAAGCCTG ATCCATCC ATCGATAC ATCTTCCA ATGCATTG ATGGGTCA ATTACTGG ATTCGGAA ATTGGTGG CAAAGAGC CAAGCGGG ATCCATGA ATCGATCA ATCTTCCG ATGCCCAC ATGGTCCA ATTAGAAG ATTCGGAC ATTGGTTC CAAAGAGG CAAGCTCC ATCCATGC ATCGATCC ATCTTGGA ATGCCCCC ATGGTCCG ATTAGCGG ATTCGTAC ATTGTGAC CAAAGCCC CAAGCTGA ATCCATTA ATCGATCG ATCTTTCC ATGCCCCG ATGGTGGG ATTAGTGG ATTCGTCA ATTGTGGA CAAAGCGC CAAGGACA ATCCATTG ATCGATTA ATCTTTGG ATGCCCTC ATGGTTCC ATTATCTG ATTCGTGA ATTGTTCC CAAAGCTC CAAGGAGA ATCCCATA ATCGGAAC ATGAACAG ATGCGAAT ATGGTTTC ATTATGGA ATTCGTGG ATTTAAAG CAAAGCTG CAAGGAGC ATCCCATG ATCGGAAG ATGAACCA ATGCGGAA ATGTACAT ATTATGGG ATTCGTTC ATTTACCA CAAAGGCG CAAGGAGG ATCCCCCC ATCGGAAT ATGAACCG ATGCGGGG ATGTACTG ATTCAATC ATTCTAGG ATTTATGG CAAAGGGC CAAGGCAG ATCCCCCG ATCGGACA ATGAATCA ATGCGTGA ATGTAGGA ATTCACCG ATTCTTCC ATTTCATG CAAAGGTC CAAGGCGG ATCCCCGA ATCGGACC ATGAATCC ATGCTCAA ATGTATCC ATTCACTG ATTCTTTA ATTTCCAA CAAATCCA CAAGGCTC ATCCCCGC ATCGGACG ATGAATCG ATGCTCTC ATGTCAAG ATTCAGGA ATTGAAGA ATTTCCAC CAACAAGC CAAGGCTG ATCCCGCA ATCGGAGA ATGAATGA ATGCTGCC ATGTCCAA ATTCAGTC ATTGAATC ATTTCCAG CAACAAGG CAAGGGAC ATCCCGCC ATCGGAGC ATGAATGG ATGCTTCC ATGTCCTC ATTCAGTG ATTGACCA ATTTCCCA CAACACAA CAAGGGCA ATCCCTCG ATCGGAGG ATGAATTC ATGGAAAC ATGTCGGG ATTCATCC ATTGACGG ATTTCCGG CAACACAC CAAGGGGC ATCCCTGA ATCGGATA ATGACCCC ATGGAAAT ATGTCTGC ATTCATGA ATTGACTG ATTTCCTG CAACACCC CAAGGGGG ATCCGAAC ATCGGATC ATGACGGA ATGGAACA ATGTGACA ATTCATGG ATTGATCA ATTTGATC CAACAGGA CAAGGGTC CAAGGGTG CACACAAC CACCCCAG CACGACAG CACTGAAG CAGAGGTC CAGCGGCA CAGGTTCC CAGTTCAC CATCTGAC CAATAAGC CACACACA CACCCCCA CACGACCC CACTGACA CAGAGTCG CAGCGGCG CAGTAACA CAGTTCCA CATGAATC CAATAATC CACACACC CACCCCCC CACGAGAA CACTGAGG CAGAGTGC CAGCGGGA CAGTAACG CAGTTCCG CATGACTA CAATCACA CACACACG CACCCCCG CACGAGAG CACTGATA CAGAGTGG CAGCGGGC CAGTAATA CAGTTGTA CATGATTC CAATCACC CACACAGC CACCCCGC CACGAGGG CACTGATC CAGATAAC CAGCGGGG CAGTAATC CATAAATA CATGCAAG CAATCAGA CACACCCA CACCCCGG CACGCCCC CACTGCCC CAGATAGC CAGCGGTA CAGTAATG CATAACCA CATGGAAA CAATCATG CACACCCC CACCCCTA CACGCTCC CACTGGAA CAGATATC CAGCGTAG CAGTACAA CATAACCG CATGGAAC CAATCCAG CACACCCG CACCCCTC CACGGAGA CACTGGGG CAGATTAC CAGCGTCC CAGTACAG CATAAGGA CATGGAAG CAATCCCA CACACCTA CACCCCTG CACGGAGC CACTGGTA CAGATTCA CAGCTACG CAGTACCA CATAATCC CATGGATA CAATCCGG CACACCTC CACCCGAC CACGGAGG CACTGTAA CAGATTCC CAGCTCTA CAGTACCG CATACGGA CATGGGAA CAATCCTG CACACGGG CACCCGCA CACGGCAG CACTGTAG CAGATTGA CAGCTCTC CAGTAGAA CATACICG CATGGTTC CAATCGGA CACACTCA CACCCGCC CACGGGGA CACTGTTA CAGCAAGC CAGCTTAG CAGTAGAC CATAGACG CATGTACA CAATCGTA CACACTCC CACCCGGC CACGGGGC CACTGTTC CAGCAAGG CAGCTTGC CAGTAGGA CATAGAGC CATGTACC CAATCGTC CACACTCG CACCCGGG CACGGGGG CACTTCAG CAGCAATC CAGGAAAC CAGTAGGC CATAGCAC CATGTAGC CAATCTGA CACAGAGC CACCCTAC CACGGTTC CACTTCCA CAGCACAA CAGGAACA CAGTATCC CATAGCCC CATGTCAC CAATGAGC CACAGCAA CACCCTCA CACGTAAA CACTTCCG CAGCACAC CAGGAACC CAGTCAAA CATAGCGC CATGTTCC CAATGATC CACAGCAC CACCCTCC CACGTAAC CACTTGAG CAGCACCC CAGGAACG CAGTCACA CATAGCGG CATTAAAG CAATGTGC CACAGCCC CACCCTGA CACGTACA CACTTGGA CAGCACTC CAGGAAGA CAGTCACC CATAGCTC CATTAATC CAATTCCG CACAGCGA CACCCTGC CACGTACC CAGAACGA CAGCAGCC CAGGAAGC CAGTCAGA CATAGGGG CATTAATG CAATTGGA CACAGCGC CACCCTTC CACGTACG CAGAATCC CAGCAGGG CAGGAATC CAGTCATA CATAGGTC CATTACAG CAATTGGC CACAGCGG CACCGCCC CACGTATC CAGAATGC CAGCCCAC CAGGAATG CAGTCATG CATAGTCG CATTATGG CAATTGTC CACAGCTC CACCGCTC CACGTATG CAGACACA CAGCCCCC CAGGAGCG CAGTCCAA CATAGTGC CATTCCAA CACAAAAA CACAGGAA CACCGCTG CACGTGAA CAGACACC CAGCCCCG CAGGAGGG CAGTCTCG CATATCCA CATTCCCA CACAAACA CACAGGGC CACCGGAA CACGTGAC CAGACCCA CAGCCCGC CAGGATTA CAGTGAAA CATATCGC CATTCGAA CACAAACC CACAGTGC CACCGGGG CACGTTCC CAGACCCC CAGCCCTC CAGGATTC CAGTGAAC CATCAAGG CATTCGTA CACAAACG CACATAGA CACCTATC CACGTTTA CAGACCCG CAGCCGCA CAGGCACA CAGTGAAG CATCAATC CATTCTGC CACAAAGC CACATAGC CACCTATG CACTATGC CAGACCTC CAGCCTCA CAGGCGGG CAGTGACA CATCACCC CATTGAGC CACAAAGG CACATTGC CACCTCAA CACTCACA CAGAGACC CAGCCTCC CAGGGCAA CAGTGACG CATCAGAC CATTGAGG CACAACAA CACCAATC CACCTCAC CACTCACG CAGAGAGC CAGCCTGC CAGGGCTA CAGTGATA CATCAGCA CATTGATC CACAACAC CACCAATG CACCTCAG CACTCAGC CAGAGAGG CAGCGAAA CAGGGGCA CAGTGATC CATCCAAA CATTGGAA CACAACCC CACCACAA CACCTCCC CACTCCAC CAGAGCAA CAGCGACA CAGGGGCG CAGTGATG CATCCAAC CATTGGAC CACAACGA CACCACAC CACCTCCG CACTCCTC CAGAGCAC CAGCGAGA CAGGGGGC CAGTGCCC CATCCAAG CATTGGTC CACAACGC CACCACCC CACCTCTA CACTCGCA CAGAGCCA CAGCGAGG CAGGGGGG CAGTGGAA CATCCATA CATTTCCA CACAAGAC CACCAGCC CACCTCTC CACTCGGA CAGAGCCG CAGCGATA CAGGGGTC CAGTGGTA CATCCCCC CATTTGGA CACAAGCA CACCCACA CACCTGCC CACTCGGG CAGAGCGA CAGCGCAA CAGGGTGC CAGTGTAC CATCCCCG CATTTTGC CACAAGCG CACCCACC CACCTTGC CACTCTAC CAGAGCGC CAGCGCAG CAGGTAAA CAGTGTGA CATCCCGC CCAAAAAA CACAAGGA CACCCAGA CACGAAAA CACTCTCA CAGAGCGG CAGCGCCC CAGGTAAC CAGTTACC CATCCGGA CCAAACAC CACAAGGC CACCCAGC CACGAAAG CACTCTCC CAGAGCTA CAGCGCCG CAGGTACA CAGTTACG CATCCTGC CCAAACCC CACAAGGG CACCCCAA CACGAATC CACTCTCG CAGAGGGC CAGCGCTA CAGGTACG CAGTTATC CATCGGAA CCAAATAC CACACAAA CACCCCAC CACGACAA CACTCTGC CAGAGGGG CAGCGCTG CAGGTGGG CAGTTATG CATCGGGG CCAAATCC CCAAATGC CCACCCTA CCAGTTAA CCCAGAGG CCCCATCG CCCCGACA CCCCTCGC CCCGCTCC CCCTCCCA CCGAAAAG CCAACCCC CCACCCTC CCAGTTAC CCCAGCAC CCCCCAAA CCCCGACC CCCCTCGG CCCGCTGA CCCTCCCC CCGAATCA CCAACCTC CCACCGGA CCAGTTCA CCCAGCAG CCCCCAAC CCCCGACG CCCCTCTC CCCGCTGC CCCTCCCG CCGAATTC CCAAGGGG CCACCTCA CCAGTTTC CCCAGCCA CCCCCAAG CCCCGAGA CCCCTGAC CCCGCTTC CCCTCCGA CCGACACA CCAAGTAC CCACCTCC CCATAACA CCCAGCCC CCCCCACA CCCCGAGC CCCCTGAG CCCGGAGG CCCTCCGC CCGACAGA CCAAGTCC CCACGACA CCATAACC CCCAGCCG CCCCCACC CCCCGAGG CCCCTGCA CCCGGCAG CCCTCCGG CCGACATA CCAAGTGA CCACGGGG CCATAACG CCCAGCGC CCCCCACG CCCCGCAA CCCCTGCC CCCGGCCC CCCTCCTA CCGACCCC CCAATCAA CCACGTAA CCATAATC CCCAGCGG CCCCCAGA CCCCGCAC CCCCTGCG CCCGGCCG CCCTCCTC CCGACTAA CCAATCAC CCACGTAC CCATACGG CCCAGCTA CCCCCAGC CCCCGCAG CCCCTTCG CCCGGCGA CCCTCGCA CCGAGAAA CCAATCAG CCACTAGA CCATATTC CCCAGTCA CCCCCATC CCCCGCCA CCCCTTGA CCCGGCGC CCCTCGCC CCGAGAGA CCAATCCG CCACTCAC CCATCCAA CCCAGTTA CCCCCCAA CCCCGCCC CCCCTTGC CCCGGCGG CCCTCGGA CCGAGAGC CCAATCGG CCACTCTC CCATCCCC CCCATAAC CCCCCCAC CCCCGCCG CCCGAAAA CCCGGGAG CCCTCGTA CCGAGAGG CCAATGAC CCACTGAA CCATCCTC CCCATCCC CCCCCCAG CCCCGCGA CCCGACAA CCCGGGCC CCCTCTAC CCGAGATA CCAATGCA CCACTGAC CCATCGGA CCCATCTA CCCCCCCA CCCCGCGC CCCGACAC CCCGGGCG CCCTCTAG CCGAGGGA CCAATGGA CCACTGGA CCATGCAA CCCATCTC CCCCCCCC CCCCGCGG CCCGACAG CCCGGGGC CCCTCTCA CCGAGGTA CCAATTCC CCACTGTA CCATGGAA CCCATTAA CCCCCCCG CCCCGCTA CCCGACCC CCCGTACG CCCTCTCC CCGAGTGC CCAATTGA CCAGAATA CCATTGGA CCCCAAAA CCCCCCGA CCCCGCTC CCCGAGAG CCCGTCCC CCCTCTCG CCGATCAA CCAATTGC CCAGAATC CCCAACAC CCCCAAAC CCCCCCGC CCCCGGAG CCCGAGGG CCCGTCTC CCCTCTGC CCGATCAC CCAATTGG CCAGACCC CCCAACCC CCCCAACA CCCCCCGG CCCCGGCA CCCGCAAA CCCGTGAG CCCTCTTC CCGATGCA CCACAAAA CCAGAGCG CCCAAGGG CCCCAACC CCCCCCTA CCCCGGCC CCCGCACA CCCGTGCC CCCTGCAG CCGATTAA CCACAAAC CCAGATAA CCCACAAA CCCCAAGA CCCCCCTC CCCCGGCG CCCGCACC CCCGTGTC CCCTGCCA CCGATTAC CCACAAAG CCAGATTA CCCACAAC CCCCAAGC CCCCCGAC CCCCGGGA CCCGCAGA CCCTAAGC CCCTGCCC CCGATTCA CCACAACA CCAGATTC CCCACAAG CCCCAAGG CCCCCGAG CCCCGGGC CCCGCAGC CCCTACCC CCCTGCCG CCGATTCC CCACAACC CCAGCAGC CCCACACA CCCCACAA CCCCCGCA CCCCGGGG CCCGCAGG CCCTACCG CCCTGCGA CCGATTGC CCACAAGA CCAGCCAC CCCACACC CCCCACAC CCCCCGCC CCCCGTCC CCCGCCAA CCCTACGA CCCTGCGG CCGCAAAA CCACAAGC CCAGCCCC CCCACAGC CCCCACAG CCCCCGCG CCCCGTCG CCCGCCAC CCCTACGC CCCTGTCG CCGCAAAG CCACAAGG CCAGCCGC CCCACATC CCCCACCA CCCCCGGA CCCCGTGA CCCGCCAG CCCTAGCC CCCTGTGC CCGCAAGA CCACAATC CCAGCCTC CCCACCAC CCCCACCC CCCCCGGC CCCCGTGC CCCGCCCA CCCTAGGG CCCTTAGC CCGCAAGG CCACACAC CCAGCGGG CCCACCAG CCCChCCG CCCCCGGG CCCCTACA CCCGCCCC CCCTCAAA CCCTTCAC CCGCACCC ccacaccc CCAGGTAC CCCACCCA CCCCACGA CCCCCGTC CCCCTACC CCCGCCCG CCCTCAAC CCCTTCGC CCGCAGAG CCACACTC CCAGTAAA CCCACCCC CCCCACGC CCCCCTAA CCCCTACG CCCGCCGA CCCTCAAG CCCTTCTC CCGCAGCA CCACAGAG CCAGTAAC CCCACCCG CCCCACGG CCCCCTAC CCCCTAGC CCCGCCGC CCCTCACA CCCTTGAA CCGCAGCG CCACAGCG CCAGTACA CCCACCGA CCCCACTC CCCCCTAG CCCCTATC CCCGCCGG CCCTCACC CCCTTGCA CCGCATTA CCACCCAC CCAGTCAA CCCACCGC CCCCAGAC CCCCCTCA CCCCTCAA CCCGCCTA CCCTCACG CCCTTGCC CCGCCACA CCACCCCA CCAGTCAC CCCACCGG CCCCAGAG CCCCCTCC CCCCTCAC CCCGCCTC CCCTCAGA CCCTTGCG CCGCCAGC CCACCCCC CCAGTCAG CCCACCTA CCCCAGCA CCCCCTCG CCCCTCAG CCCGCGCC CCCTCAGC CCCTTGTA CCGCCCAC CCACCCCG CCAGTGAA CCCACCTC CCCCAGCC CCCCCTGA CCCCTCCA CCCGCGCG CCCTCATC CCCTTGTC CCGCCCCA CCACCCGA CCAGTGAC CCCACGGG CCCCAGCG CCCCCTGC CCCCTCCC CCCGCGGC CCCTCCAA CCCTTTCG CCGCCCCC CCACCCGC CCAGTGGA CCCACGTA CCCCATCA CCCCCTTC CCCCTCCG CCCGCGGG CCCTCCAC CCCTTTGC CCGCCCCG CCACCCGG CCAGTGTA CCCAGAGC CCCCATCC CCCCGAAA CCCCTCGA CCCGCTCA CCCTCCAG CCCTTTTC CCGCCCGC CCGCCCGG CCGTACGC CCTCAGCA CCTGACCC CGAACCCC CGAGATAG CGCACAAA CGCCCTGC CGCTGCAA CGGATACA CCGCCCTA CCGTACTA CCTCAGCC CCTGATTC CGAACTAG CGAGCCTA CGCACACA CGCCCTTA CGCTGCAC CGGATACG CCGCCCTC CCGTAGAG CCTCAGCG CCTGCCAC CGAAGGGA CGAGGAAA CGCACAGA CGCCGCAG CGCTGCCA CGGATATC CCGCCGCC CCGTATAC CCTCAGTC CCTGCCCA CGAATCAA CGAGGATA CGCACAGC CGCCGCCC CGCTGCCC CGGATCAA CCGCCTGC CCGTATGA CCTCATAG CCTGCCCC CGAATCAC CGAGGCAG CGCACATA CGCCGGGC CGCTGCTA CGGATCCA CCGCGCCC CCGTATTA CCTCCAGC CCTGCCGC CGAATCAG CGAGGCTA CGCACCCC CGCCTATA CGCTGGAG CGGATTCA CCGCGCGG CCGTATTC CCTCCCAC CCTGCCTC CGAATCCA CGAGGGAA CGCACCTA CGCCTATC CGCTGTAA CGGATTCC CCGCTCAC CCGTCCCC CCTCCCCA CCTGCGGC CGAATTCA CGAGGGAG CGCACTCC CGCCTCCC CGCTGTGA CGGATTGC CCGCTCCA CCGTCTAC CCTCCCCC CCTGGAAC CGAATTCC CGAGGGGA CGCACTTA CGCCTCTA CGCTGTGC CGGCAAAG CCGCTCCC CCGTCTTC CCTCCCCG CCTGTACA CGACAAGA CGAGGGGC CGCAGAAA CGCCTCTC CGCTTATA CGGCACAG CCGCTCTA CCGTGAGG CCTCCCGA CCTGTCGC CGACACAA CGAGGGTA CGCAGACA CGCGAAAA CGCTTATC CGGCACTC CCGCTCTC CCGTGCTA CCTCCCGC CCTGTGAG CGACACAC CGAGGTAA CGCAGAGA CGCGAGAG CGCTTCTC CGGCAGAA CCGCTGAG CCGTTCTA CCTCCCTA CCTGTGCC CGACACAG CGAGGTTA CGCAGAGC CGCGCCCC CGCTTGAA CGGCAGAG CCGCTGCA CCGTTGGA CCTCCCTC CCTGTTTC CGACAGAC CGAGTATA CGCAGATA CGCGGAGA CGCTTGCA CGGCATAG CCGCTGCC CCTAACCC CCTCCGAG CCTTAGCC CGACAGAG CGAGTATC CGCAGCCC CGCGGAGC CGCTTGTA CGGCCCCC CCGCTGCG CCTAAGCA CCTCCGCA CCTTAGGC CGACAGCA CGAGTGCA CGCAGCTA CGCGGGAG CGCTTGTC CGGCCCCG CCGCTTGA CCTAAGCC CCTCCGCC CCTTATCG CGACATAA CGAGTGTA CGCAGGAG CGCGGGGA CGCTTTGC CGGCGCAG CCGCTTGC CCTAATTC CCTCCGCG CCTTCCAA CGACATAC CGATATAG CGCATAGA CGCGGGGC CGCTTTTC CGGCGGAG CCGGAACC CCTACAAG CCTCCGTC CCTTCCCC CGACATAG CGATCAAA CGCATCTA CGCTAATC CGGAAACC CGGCGGGA CCGGAAGA CCTACACC CCTCCTCA CCTTCTCC CGACCCCC CGATCACA CGCATTAA CGCTACAC CGGAAATC CGGCGGGC CCGGAATA CCTACATC CCTCCTCC CCTTGACA CGACTAAA CGATCATA CGCATTAC CGCTACCC CGGAACAG CGGCTCTC CCGGAATC CCTACCCC CCTCCTGC CCTTGCAG CGACTATA CGATCCAA CGCATTAG CGCTATGA CGGAACCA CGGCTGAG CCGGAGTC CCTACCTC CCTCCTTC CCTTGCCA CGACTCTA CGATCCCC CGCCAATC CGCTATGC CGGAACCG CGGGAATC CCGGATAA CCTACGGC CCTCGCAA CCTTGCCC CGACTCTC CGATCGGA CGCCACAA CGCTCAAA CGGAACTA CGGGACAC CCGGATAC CCTAGAAA CCTCGCCC CCTTGCTC CGACTGAC CGATCGTA CGCCCCAA CGCTCACA CGGAAGAA CGGGACCC CCGGATTA CCTAGCCC CCTCGCTC CCTTGGAA CGAGAAAA CGATGCAG CGCCCCAC CGCTCAGA CGGAAGAC CGGGAGAG CCGGATTC CCTAGCCG CCTCGGTA CCTTGGAC CGAGAAAG CGATGTAA CGCCCCAG CGCTCAGC CGGAAGTA CGGGAGCA CCGGCCCC CCTAGGCA CCTCGTAA CCTTGTAG CGAGACTC CGATTAAC CGCCCCCA CGCTCATA CGGAAGTC CGGGATAG CCGGGCCC CCTAGGGC CCTCGTAG CCTTGTCA CGAGAGAA CGATTACC CGCCCCCC CGCTCCAC CGGAATAC CGGGCAGA CCGGGGCA CCTATCTC CCTCTACG CCTTGTGA CGAGAGAC CGATTAGC CGCCCCCG CGCTCCCC CGGAATCA CGGGCAGC CCGGGGCC CCTATGCC CCTCTCAC CCTTGTGC CGAGAGAG CGATTGAA CGCCCCGC CGCTCCCG CGGAATCC CGGGCCCC CCGGGGCG CCTATGTC CCTCTCAG CCTTTCGC CGAGAGCA CGATTGGA CGCCCCTA CGCTCCGC CGGAATGA CGGGCCCG CCGGGGGA CCTCAAAG CCTCTCCC CCTTTGAG CGAGAGCC CGATTGTC CGCCCCTC CGCTCCTC CGGAATTC CGGGCGGA CCGGGGGC CCTCAACA CCTCTCCG CCTTTGCA CGAGAGCG CGCAAAAA CGCCCGCC CGCTCTAC CGGACCAA CGGGCGGC CCGGGTGC CCTCACAC CCTCTCGA CCTTTGCC CGAGAGGA CGCAAAAG CGCCCTAA CGCTCTCA CGGAGAGA CGGGCTGC CCGGTAAC CCTCACAG CCTCTCGC CCTTTGCG CGAGAGGC CGCAAAGA CGCCCTAC CGCTCTCC CGGAGAGC CGGGGACA CCGGTTCC CCTCACCA CCTCTCTC CCTTTTAA CGAGAGTA CGCAAAGC CGCCCTAG CGCTCTGA CGGAGGAC CGGGGACG CCGGTTTC CCTCACCC CCTCTGCG CCTTTTCG CGAGAGTC CGCAACTA CGCCCTCA CGCTCTGC CGGAGGAG CGGGGAGA CCGTAATC CCTCACTC CCTCTTGC CGAAAAAA CGAGATAA CGCAAGAG CGCCCTCC CGCTCTTC CGGAGGGC CGGGGAGC CCGTACGA CCTCAGAG CCTGAATA CGAAAAGC CGAGATAC CGCAAGGA CGCCCTGA CGCTGAGA CGGAGTCA CGGGGATC CGGGGCAA CGTACTTC CGTTGTGA CTATGAGC CTCCCCAC CTCGTTTC CTGAACAC CTGCCCTA CTGTACAA CTTCCCCC CGGGGCAC CGTAGACA CGTTTGGA CTATGCAC CTCCCCCA CTCTACAC CTGAACCC CTGCCCTC CTGTACAG CTTCCGAA CGGGGCAG CGTAGACC CTAAACCC CTATGCCC CTCCCCCC CTCTACCC CTGAATAA CTGCCGCC CTGTAGAA CTTCCGGA CGGGGCCC CGTAGAGA CTAAGCCC CTATGCGC CTCCCCGA CTCTACGA CTGAATCA CTGCCTGC CTGTATCC CTTCCGTA CGGGGCGA CGTAGAGC CTAAGGGC CTATGCTC CTCCCCGC CTCTACGC CTGAATCC CTGCGAAA CTGTATTA CTTCCTGA CGGGGCGC CGTAGCAG CTAATCCA CTATGGAA CTCCCCTA CTCTATGA CTGAATTA CTGCGACA CTGTATTC CTTCGCCC CGGGGCTA CGTAGCCC CTAATCGC CTATGGGA CTCCCCTC CTCTATGC CTGAATTC CTGCGAGA CTGTCAAG CTTCGCTC CGGGGCTC CGTAGGAA CTAATTCC CTATGTCA CTCCCGAG CTCTCAAC CTGACCCA CTGCGCAG CTGTCCAA CTTCGGAA CGGGGGAC CGTAGGTC CTACAAGC CTATGTGC CTCCCGCA CTCTCACA CTGACCCC CTGCGCCC CTGTCGCC CTTCTAAA CGGGGGAG CGTAGTCC CTACACAC CTCAAAAA CTCCCGCC CTCTCACC CTGACCTA CTGCGCTA CTGTCGGC CTTCTACA CGGGGGCA CGTATCCA CTACACCC CTCAAAGA CTCCCTCC CTCTCAGC CTGACCTC CTGCGCTC CTGTGAGC CTTCTCGC CGGGGGCC CGTATGAC CTACATAA CTCAAAGC CTCCGATC CTCTCCAC CTGACTAC CTGCGGCA CTGTGATC CTTCTGTA CGGGGGGA CGTATGGA CTACCCCA CTCAACCC CTCCGCAC CTCTCCCC CTGACTCC CTGCGGGA CTGTGCCA CTTCTICC CGGGGGGC CGTATTAA CTACCCCC CTCAACTA CTCCGCCC CTCTCCGA CTGACTGA CTGCGGGC CTGTGCCC CTTCTTTA CGGGGGTA CGTATTAC CTACCCTC CTCAAGAG CTCCGCGA CTCTCCGC CTGACTTA CTGCTCCC CTGTGCGC CTTGAAGC CGGGGGTC CGTCCCCC CTACCTCA CTCAATGC CTCCGCGC CTCTCCTC CTGACTTC CTGCTCTA CTGTGGAA CTTGACAA CGGGGTAG CGTCCCGC CTACGAGA CTCACAAA CTCCGCTC CTCTCGAA CTGAGAGC CTGCTCTC CTGTGGGC CTTGACAC CGGGGTCA CGTCCCTC CTACGATC CTCACAAC CTCCGGAA CTCTCGAC CTGAGCAG CTGCTTGC CTGTGTGC CTTGACCC CGGGGTGC CGTCCGGA CTACGCAC CTCACACA CTCCGTGA CTCTCGCA CTGAGCGA CTGGAAAC CTGTTCAC CTTGATGC CGGGTCTC CGTCCTCC CTACGCCC CTCACACC CTCCGTGC CTCTCGCC CTGAGGGC CTGGAAAG CTGTTCCA CTTGCACA CGGGTGCA CGTCTCTA CTACGGCA CTCACAGA CTCCTACA CTCTCGGA CTGAGGTC CTGGAACC CTGTTCTA CTTGCAGA CGGGTGTA CGTCTCTC CTACTGGA CTCACAGC CTCCTCAC CTCTCGGC CTGAGTGC CTGGAAGA CTGTTGGA CTTGCAGC CGGTAATC CGTCTGAA CTACTGTA CTCACCCC CTCCTCAG CTCTCGTC CTGATATC CTGGAATA CTTACACC CTTGCCCA CGGTATTC CGTCTTCC CTACTGTC CTCACCTC CTCCTCCC CTCTCTCA CTGATCAA CTGGAATC CTTACCGC CTTGCCCC CGGTCCAA CGTGAAAC CTACTTTA CTCAGACC CTCCTCGC CTCTCTCC CTGATCAG CTGGATAC CTTACGCC CTTGCCTC CGGTCCGA CGTGAATC CTAGAAAA CTCAGAGC CTCCTCTC CTCTCTGC CTGATTCA CTGGATTA CTTACGGC CTTGCGCC CGGTTAAC CGTGAGAG CTAGAAAC CTCAGCAC CTCCTGTA CTCTGAGC CTGATTCC CTGGATTC CTTAGGCA CTTGCTGC CGGTTACC CGTGATAG CTAGCCCC CTCAGCCC CTCCTTGA CTCTGCAC CTGATTGA CTGGGAAC CTTAGGGC CTTGGAAA CGGTTCAG CGTGATTA CTAGGAAA CTCAGCGA CTCCTTGC CTCTGCCC CTGATTTC CTGGGCAA CTTATAGC CTTGGAAC CGGTTCCA CGTGATTC CTAGGGGC CTCAGCGC CTCGAAAA CTCTGCGA CTGCAAGC CTGGGCTA CTTATCGC CTTGGACA CGGTTGGA CGTGCCCC CTAGTAAA CTCAGCTC CTCGACAG CTCTGCGC CTGCACAA CTGGGGCA CTTATGGA CTTGGACC CGGTTTCC CGTGCCTC CTAGTCAA CTCAGGGC CTCGCAAA CTCTGCTC CTGCACAC CTGGGGGA CTTCAAGC CTTGGATA CGTAATCC CGTGCTCC CTAGTGGA CTCAGTGC CTCGCAGA CTCTGGGC CTGCACCC CTGGGGGC CTTCAATC CTTGGATC CGTAATTC CGTGTGAG CTAGTTCA CTCATAGA CTCGCCCC CTCTGTGC CTGCACTA CTGGGTGC CTTCATAA CTTGGGGC CGTACGAA CGTTCCAA CTAGTTCC CTCATAGC CTCGCTCC CTCTTCGC CTGCACTC CTGGTAAA CTTCCAAA CTTGGTCC CGTACGCA CGTTCCTA CTAGTTTC CTCCACAC CTCGCTGC CTCTTGAC CTGCCCAC CTGGTATC CTTCCAAG CTTGTAGC CGTACGGA CGTTCTAC CTATAAGC CTCCACCC CTCGGGGA CTCTTGCC CTGCCCAG CTGGTTAC CTTCCACA CTTGTCAA CGTACGTA CGTTCTGC CTATAGGC CTCCAGCC CTCGGTTA CTCTTGTC CTGCCCCA CTGGTTCC CTTCCAGA CTTGTCCA CGTACGTC CGTTGACA CTATCTCA CTCCCACC CTCGTAGA CTCTTTGC CTGCCCCC CTGGTTTC CTTCCATA CTTGTCGC CGTACTAA CGTTGTAG CTATCTGC CTCCCATA CTCGTCCC CTGAAATC CTGCCCGC CTGTAATA CTTCCATC CTTGTGGA CTTGTGGC GAAAGATC GAAGTAAA GACACCTC GACCTATC GAGACTCA GAGCGAGA GAGGGTAA GATATGGC GATGGGGC CTTGTGTC GAAAGCCC GAAGTAAC GACACGTA GACCTCCC GAGAGACA GAGCGATA GAGGGTAC GATCAAAC GATGTAGC CTTGTTGC GAAATCAC GAAGTACC GACACTCA GACCTCTA GAGAGACC GAGCGCAA GAGGGTCA GATCAATA GATGTGAC CTTTAAAC GAAATCCA GAAGTAGA GACAGAGC GACCTCTC GAGAGAGA GAGCGGAA GAGGGTCC GATCAATC GATGTGCA CTTTAAAG GAACAATC GAAGTCAC GACAGCCA GACGAAAA GAGAGAGC GAGCGGGA GAGGGTGA GATCACTA GATGTTCC CTTTAATC GAACACAA GAAGTGAC GACAGCGA GACGAATC GAGAGATA GAGCGGTA GAGGGTGC GATCAGAA GATTAATC CTTTAGAA GAACACAC GAAGTGTA GACAGGAA GACGCAAA GAGAGCAA GAGCGTAA GAGGGTTA GATCAGAC GATTATGA CTTTAGTC GAACACCC GAATAATC GACAGGTA GACGCAGA GAGAGCAC GAGCTATA GAGGTAGC GATCAGGA GATTCACA CTTTATTC GAACAGAC GAATACCA GACAGTAA GACGGAAC GAGAGCCA GAGCTCTA GAGGTCAA GATCAGTA GATTCACC CTTTCCGC GAACAGCC GAATCACA GACAGTAC GACGGGGC GAGAGCCC GAGCTGAA GAGGTCTA GATCATAA GATTCAGC CTTTCTGC GAACAGGA GAATCACC GACAGTCA GACGTATC GAGAGCGA GAGCTGCA GAGGTGAA GATCATAC GATTCATA CTTTGAGA GAACAGTA GAATCAGA GACAGTTA GACGTTCC GAGAGCGC GAGGAATC GAGGTGCA GATCATTA GATTCCAA CTTTGAGC GAACAGTC GAATCAGC GACATAGA GACTAATC GAGAGCTA GAGGACAA GAGGTGGA GATCCAAC GATTCCCA CTTTGATC GAACATGA GAATCATA GACATAGC GACTAGTA GAGAGGAA GAGGACAC GAGGTGTA GATCCATA GATTCCGA CTTTGCAA GAACCATA GAATCCAA GACATTCC GACTAGTC GAGAGGCA GAGGACCC GAGGTTGA GATCCCAA GATTCCTA CTTTGCAC GAACCCCA GAATCCCA GACCAAAC GACTCACA GAGAGGGC GAGGACTA GAGTACAA GATCCCCC GATTCGAA CTTTGCCA GAACCCCC GAATCCGA GACCAATC GACTCCCA GAGAGTCC GAGGAGAA GAGTACAC GATCCGAA GATTCGGA CTTTGCCC GAACCGAC GAATCGGA GACCACCC GACTCTGC GAGAGTGA GAGGAGCA GAGTCCAA GATCCGGA GATTCGTA CTTTGCGA GAACCGCC GAATCGTA GACCAGTC GACTGAAC GAGAGTGC GAGGAGGA GAGTCCCC GATCCGTA GATTGAAC CTTTGCGC GAACCGGA GAATCTGA GACCATAC GACTGACA GAGATAGC GAGGAGTA GAGTCGGA GATCTTTA GATTGGAA CTTTGCTC GAACCGTA GAATCTTA GACCATTA GACTGATC GAGATGCA GAGGCAAA GAGTGAGA GATCGATA GATTGGAC CTTTGGAA GAACCGTC GAATGAAC GACCCACA GACTGCAA GAGATTCC GAGGCACA GAGTGAGC GATCGATC GATTGGCC CTTTGGTC GAACGAGA GAATGAGC GACCCACC GACTGGAA GAGCAAAA GAGGCCCC GAGTGATC GATCGCTA GATTGGGA CTTTGTGC GAACGTAC GAATGATC GACCCAGA GACTGGAC GAGCAAAC GAGGCTGA GAGTGCAA GATCGGAA GATTTACC CTTTTACA GAACGTCC GAATGGGA GACCCAGC GACTGGCA GAGCAAGA GAGGCTGC GAGTGCCA GATCGGAC GATTTCAC CTTTTCGA GAACGTTA GAATTACC GACCCCAA GACTGGGA GAGCAAGC GAGGCTTA GAGTGCCC GATCGGTA GATTTCCA CTTTTCGC GAACGTTC GAATTCAC GACCCCAC GACTGGTA GAGCACAA GAGGGACA GAGTGCGC GATCGTAA GATTTGAC CTTTTGTA GAACTAGC GAATTCCA GACCCCCA GACTGTAC GAGCACCC GAGGGAGA GAGTGTAA GATCGTAC GATTTGGA CTTTTGTC GAACTGGA GAATTCCC GACCCCCC GACTGTTA GAGCACTA GAGGGAGC GAGTGTGA GATCGTTA GATTTGGC CTTTTTGC GAACTGGC GAATTGAC GACCCCGC GACTTCCA GAGCAGCC GAGGGCAA GAGTGTGC GATCTGAA GCAAAAAA GAAAAAAA GAACTGTA GAATTGGA GACCCCTA GACTTGGA GAGCATAC GAGGGCAC GAGTTCAA GATCTGTA GCAAACAC GAAAACAC GAACTGTC GAATTGGC GACCCGCC GACTTGGC GAGCATCA GAGGGCCC GAGTTTGC GATCTTTA GCAAACCC GAAAACCC GAACTTCC GACAACCC GACCCTCA GAGAACCC GAGCCACA GAGGGCGA GATAATCC GATGACCC GCAAAGAC GAAAACGA GAAGAAGC GACAAGCA GACCCTCC GAGAATCC GAGCCCCC GAGGGCTA GATACGTA GATGCACA GCAAAGCA GAAAACGC GAAGAATC GACAAGGA GACCCTGA GAGAATGC GAGCCCTA GAGGGGAC GATAGAGC GATGCACC GCAAAGCC GAAAAGCC GAAGAGCA GACACAAA GACCCTGC GAGACACA GAGCCGCA GAGGGGCA GATAGCCC GATGCAGC GCAAAGGC GAAAAGGC GAAGCTTC GACACACA GACCGAGA GAGACCCA GAGCCTAA GAGGGGCC GATAGTGC GATGCCCC GCAACCCC GAAACCCC GAAGGAAC GACACACC GACCGGAA GAGACCCC GAGCCTTA GAGGGGGA GATATCAC GATGCTGC GCAAGAGC GAAACGTA GAAGGGCA GACACAGC GACCGTAC GAGACCTA GAGCGAAA GAGGGGGC GATATCCA GATGGAAC GCAAGCCC GAAACGTC GAAGGGTC GACACCCC GACCTACA GAGACGCA GAGCGACA GAGGGGTA GATATGGA GATGGGCA GCAAGGAC GCAAGGCA GCAGCACC GCCATTAA GCCGAAAA GCGCACCC GCTATCCC GCTGCTCC GGAATTCA GGATATCA GGCCCACC GCAAGGGA GCAGCATA GCCCAAAA GCCGCAAA GCGCAGAA GCTATGCC GCTGCTGA GGAATTCC GGATATGA GGCCCCAC GCAAGGGC GCAGCCCC GCCCACAA GCCGCAGA GCGCAGTA GCTCAAAA GCTGGACA GGACAACA GGATCAAA GGCCCCCA GCAATCAC GCAGCCTA GCCCACAC GCCGCAGC GCGCCCCA GCTCAAAC GCTGGCAC GGACACAA GGATCATA GGCCCCCC GCAATTCC GCAGCGCA GCCCACCC GCCGCCCC GCGCCCCC GCTCACAA GCTGGGCA GGACACAC GGATCCAA GGCCCGCC GCACAAAA GCAGCGCC GCCCAGCC GCCGCTCC GCGCCCTA GCTCACAC GCTGGGGA GGACACCC GGATCGGA GGCGAAAA GCACAAAC GCAGCGGC GCCCCAAA GCCGGGGA GCGCGGGA GCTCACCC GCTGTGCA GGACAGTA GGATCGTA GGCGCAAA GCACAACA GCAGCGTA GCCCCAAC GCCGTAGA GCGCTACA GCTCAGCA GCTGTGCC GGACCAAA GGATCIAC GGCGCACA GCACAAGC GCAGCTCC GCCCCACA GCCTAAGC GCGCTCTA GCTCAGCC GCTTACCC GGACCATA GGATTAAA GGCGCAGA GCACACAA GCAGGACA GCCCCACC GCCTCAAA GCGGAGCA GCTCCACA GCTTCCAA GGACCCAC GGATTAGA GGCGCCCC GCACACAC GCAGGAGC GCCCCAGA GCCTCACA GCGGAGGA GCTCCAGC GCTTCCGA GGACCCCC GGATTCAC GGCGGAGA GCACACCC GCAGGCAC GCCCCAGC GCCTCAGC GCGGCAAA GCTCCCCC GCTTCGAA GGACCGAA GGATTCCA GGCGGGAC GCACAGAA GCAGGGCA GCCCCCAA GCCTCCCC GCGGCACA GCTCCCTA GCTTCTAC GGACCGGA GGATTGAC GGCGGGCA GCACAGCA GCAGGGGA GCCCCCAC GCCTCTAC GCGGCAGA GCTCCGCA GCTTGACA GGACCGTA GGATTGCC GGCGGGGA GCACAGCC GCAGGGGC GCCCCCCA GCCTCTCA GCGGCATA GCTCCGCC GCTTGCAA GGACGAGA GGATTTAC GGCGGGTA GCACATAC GCAGGGTA GCCCCCCC GCCTGCAA GCGGCCCC GCTCCTCA GCTTGCCC GGACGTCC GGATTTGA GGCGGTTA GCACATCA GCAGTGAA GCCCCCGA GCCTGCCC GCGGCTCA GCTCCTCC GCTTGTCA GGACGTTA GGCAAAAA GGCGTAAA GCACCCAC GCAGTGAC GCCCCCGC GCCTGCTA GCGGCTGA GCTCGAAA GCTTTGAC GGACTACA GGCAAAGA GGCGTAGA GCACCCCA GCAGTGCC GCCCCCTA GCCTGGTA GCGGGAAA GCTCTACA GCTTTGCA GGAGACCC GGCAACAA GGCGTATA GCACCCCC GCATAGCA GCCCCGAC GCCTTGCA GCGGGACA GCTCTACC GCTTTGCC GGAGAGCA GGCAAGGA GGCTACAC GCACCCGC GCATCAGC GCCCCGCA GCCTTGTA GCGGGAGA GCTCTCAA GGAAACCA GGAGAGCC GGCACAAA GGCTCAAA GCACCCTA GCATCCAA GCCCCGCC GCGAAAAA GCGGGAGC GCTCTCAC GGAAATCA GGAGCACA GGCACACA GGCTCACA GCACCTCA GCATCCCC GCCCCGGC GCGACAAA GCGGGATA GCTCTCCA GGAAATGA GGAGCACC GGCACACC GGCTCCCC GCACCTCC GCATTAGA GCCCCTCA GCGACACA GCGGGCAA GCTCTCCC GGAACAAC GGAGCCCC GGCACAGA GGCTCTCA GCACCTTA GCATTGGA GCCCCTCC GCGACAGA GCGGGCCC GCTCTCGA GGAACCAA GGAGCGCA GGCACATA GGCTCTGA GCACGTAA GCCAAAAA GCCCCTGA GCGACATA GCGGGCTA GCTCTCTA GGAACCAC GGAGGACA GGCACCCC GGCTGCAA GCACGTAC GCCAATCA GCCCGCCA GCGACCCC GCGGGGAA GCTCTGAC GGAACCGA GGAGGAGA GGCACGTA GGCTGCAC GCACTACA GCCAATCC GCCCGCCC GCGACTAA GCGGGGAC GCTCTGCA GGAACCTA GGAGGCAC GGCACTCA GGCTGCCC GCACTCAA GCCACAAA GCCCGGGC GCGAGAAA GCGGGGCA GCTCTGCC GGAACGTA GGAGGGAC GGCACTTA GGCTTGCA GCACTCAC GCCACACA GCCCTAAC GCGAGAGA GCGGGGCC GCTCTTCA GGAAGAAC GGAGGGCA GGCAGAAA GGCTTTGA GCACTCCA GCCACCCC GCCCTACA GCGAGAGC GCGGGGGA GCTCTTGA GGAAGACA GGAGGGCC GGCAGAAC GGGAACCA GCACTCTA GCCACGTA GCCCTACC GCGAGATA GCGGGGTA GCTGACCC GGAAGTAA GGAGGGGA GGCAGACA GGGAAGTA GCACTTCC GCCACTGA GCCCTCAA GCGAGGGA GCGTAGTA GCTGAGCA GGAAGTAC GGAGGGTA GGCAGAGA GGGAATCA GCAGACAA GCCAGTAA GCCCTCAC GCGAGGTA GCGTCCCC GCTGAGGA GGAAGTCA GGAGGTCA GGCAGCAA GGGAATTA GCAGACAC GCCAGIAC GCCCTCCA GCGATAGA GCGTGGTA GCTGCAAA GGAAGTGA GGAGGTGA GGCAGCAC GGGACACA GCAGACCC GCCAGTCA GCCCTCCC GCGATATA GCTAATCC GCTGCACA GGAATCAC GGAGTCAC GGCAGCCC GGGACACC GCAGAGCA GCCAGTGA GCCCTCTA GCGATGTA GCTACACA GCTGCACC GGAATCCA GGAGTGCA GGCAGCGA GGGACCCA GCAGAGCC GCCAGTTA GCCCTGCA GCGATTAA GCTACACC GCTGCCCA GGAATGAC GGAGTTCA GGCAGGCA GGGACCCC GCAGAGGC GCCATAAC GCCCTGCC GCGCAAAA GCTACCCC GCTGCCCC GGAATGCC GGATACAC GGCAGTGA GGGACGCA GCAGCACA GCCATCCC GCCCTTCA GCGCACAA GCTAGTCA GCTGCGCC GGAATTAC GGATACGA GGCATAGA GGGAGAGA GGGAGCAC GGGGAGGA GGGGTCAC GGTGCAAA GTACTTTA GTCCATTA GTGCTCCA TAAATGGA TACGGTCA TCAATGGA GGGAGCGA GGGGCAAA GGGGTCTA GGTGCAGA GTAGAAGA GTCCCATA GTGCTCTA TAACCGGA TACGTCCA TCACAGGA GGGAGGAC GGGGCAAC GGGGTGAC GGTGCTGA GTAGAGCA GTCCCCAC GTGGAACA TAACTGGA TACGTGCA TCACATGA GGGAGGGA GGGGCACA GGGGTGCA GGTGGAAC GTAGCCCA GTCCCCCA GTGGAAGA TAAGCACA TACGTGGA TCACCGGA GGGCAAAA GGGGCACC GGGGTGGA GGTGGGAC GTAGGAAC GTCCCCGA GTGGAGCA TAAGCTCA TACTGGAA TCACGACA GGGCAACA GGGGCAGA GGGGTGTA GGTGGGCA GTAGGAGA GTCCGATA GTGGATTA TAAGGGCA TACTGGCA TCACGTAA GGGCAAGA GGGGCATA GGGGTTCA GGTGGGGA GTAGGGCA GTCCGGAA GTGGCACA TAATACGA TACTGGGA TCACGTGA GGGCACAA GGGGCCAC GGGGTTGA GGTTATGA GTAGGGGA GTCCGGAC GTGGGCAA TAATCCAA TACTGTAA TCACTAGA GGGCACAC GGGGCCCA GGGGTTTA GGTTCCAA GTAGGTCA GTCCTCAC GTGGGCTA TAATCGCA TACTGTCA TCACTGAA GGGCACCC GGGGCCCC GGGTACCC GGTTCCAC GTAGTGCA GTCCTGTA GTGGGGCA TAATCGGA TACTGTGA TCACTGCA GGGCAGAA GGGGCGAA GGGTCAAA GGTTCCGA GTATACGA GTCGCAGA GTGGGGGA TAATCTGA TACTICCA TCACTGGA GGGCAGAC GGGGCGAC GGGTCAAC GGTTGACA GTATAGCA GTCGCTTA GTGGGGTA TAATGCGA TACTTGGA TCACTTCA GGGCAGCA GGGGCGCA GGGTCACA GGTTGGAC GTATCCAA GTCGGAAC GTGGGTGA TAATGGGA TACTTTAA TCAGACGA GGGCAGGA GGGGCGGA GGGTCAGA GGTTTCCA GTATCCCA GTCGGGGA GTGTGAGA TAATGTGA TAGAAGAA TCAGATAA GGGCATCA GGGGCGTA GGGTCATA GGTTTTGA GTATCCGA GTCTCCTA GTGTGCAA TACACACA TAGACGCA TCAGCACA GGGCCCAC GGGGCTAC GGGTCCTA GTAAAAGA GTATCGGA GTCTGGAA GTGTGCCA TACACCCA TAGAGCGA TCAGGAAA GGGCCCCA GGGGCTCA GGGTCTCA GTAAAGAA GTATGGAA GTCTGGTA GTGTGCTA TACACGTA TAGGAAAA TCAGGCAA GGGCCCCC GGGGCTGA GGGTCTGA GTAAAGTA GTATGGGA GTCTTCCA GTGTGGAA TACACTGA TAGGCACA TCAGGTAA GGGCCCTA GGGGGAAA GGGTGACA GTAAATAA GTATTAAA GTCTTGGA GTGTGTGA TACAGCCA TAGGCAGA TCAGTACA GGGCGAAA GGGGGAAC GGGTGAGA GTAAATAC GTATTAGA GTGAAACA GTGTTGGA TACAGCGA TAGGCGCA TCAGTCCA GGGCGACA GGGGGACA GGGTGCAA GTAACGTA GTATTCCA GTGAATCA GTTACGGA TACAGGAA TAGGGCGA TCAGTGAA GGGCGAGA GGGGGACC GGGTGCAC GTAAGCGA GTATTGGA GTGACATA GTTATGGA TACAGTAA TAGGGGGA TCAGTGGA GGGCGATA GGGGGAGA GGGTGGAC GTAATCAC GTCAAAAC GTGACCAA GTTCAGGA TACAGTCA TAGTACGA TCATCCCA GGGCGCAA GGGGGCAA GGGTGGCA GTAATGCA GTCAATCA GTGACCTA GTTCCAAA TACAGTGA TATACAGA TCATCGGA GGGCGCAC GGGGGCAC GGGTGGGA GTACACAC GTCACGTA GTGACTAA GTTCCAAC TACATCCA TATCCGGA TCATGAAA GGGCGCCC GGGGGCCA GGGTGTAA GTACAGAA GTCACTAA GTGAGAGA GTTCCACA TACATGGA TATCGGAA TCATGGAA GGGCGGAC GGGGGCGA GGGTGTAC GTACAGGA GTCACTGA GTGAGATA GTTCCATA TACCAGTA TATCTCAA TCATGGGA GGGCGGCA GGGGGCTA GGGTGTCA GTACATGA GTCAGCAC GTGAGGCA GTTCCGAA TACCCTCA TATCTCGA TCATTCCA GGGCGGGA GGGGGGAA GGGTGTGA GTACCAAA GTCAGGAA GTGATCAA GTTCCGGA TACCGAGA TATCTGGA TCATTGGA GGGCTACA GGGGGGAC GGGTTCAA GTACCGGA GTCAGGTA GTGATTCA GTTCCGTA TACCGCAA TATGATCA TCCAAAGA GGGCTATA GGGGGGCA GGTAAATA GTACCGTA GTCAGTAA GTGATTGA GTTCCTGA TACCGCCA TATGCGCA TCCAACCA GGGCTCTA GGGGGGGA GGTATTAA GTACGGAA GTCAGTCA GTGCAAAC GTTCTCAA TACCGGAA TATGCTCA TCCAAGAA GGGCTGCA GGGGGGTA GGTATTTA GTACGGTA GTCAGTGA GTGCATCA GTTCTTTA TACCTCAA TATGGAAA TCCAAGGA GGGCTTGA GGGGGTAA GGTCCAAC GTACGTAA GTCATGAA GTGCATTA GTTGCCCA TACCTGAA TATGGGAA TCCAATCA GGGGACAC GGGGGIAC GGTCCATA GTACGTAC GTCATGTA GTGCCCCA GTTTCTTA TACCTGCA TATGTCGA TCCACCAA GGGGACCC GGGGGTCA GGTCCGAA GTACGTGA GTCCAAAC GTGCCCTA GTTTGAGA TACCTGGA TATTCAGA TCCAGCAA GGGGACGA GGGGGTGA GGTCCGGA GTACGTTA GTCCAAGA GTGCCTCA TAAAAGAA TACGACAA TATTCGAA TCCAGGAA GGGGAGAA GGGGGTTA GGTCCGTA GTACTGAC GTCCAATA GTGCCTTA TAAAGTAA TACGATCA TATTGGAA TCCAGTAA GGGGAGAC GGGGTAGA GGTCTCAA GTACTGGA GTCCAGTA GTGCGGGA TAAAGTCA TACGCCTA TATTTCCA TCCAGTCA GGGGAGCA GGGGTCAA GGTGAGGA GTACTGTA GTCCATAA GTGCTATA TAAATCCA TACGCGTA TCAATCCA TCCATAAA TCCATAGA TCGAGAGA TGCACACA TTCACGAA TCCATCAA TCGATCAA TGCACCCA TTCAGGAA TCCATCCA TCGGAACA TGCAGGAA TTCATGAA TCCATGAA TCGGACCA TGCCCACA TTCCAGAA TCCATGCA TCGGATCA TGCCCCAA TTCCGGAA TCCATGGA TCGGGGCA TGCCCCCA TTGATCAA TCCATTAA TCGGTTCA TGCCCGCA TTGGCCAA TCCCAGGA TCTCGAAA TGCCGGAA TCCCATAA TCTCGTCA TGCCGTAA TCCCATCA TCTGATCA TGCGAAAA TCCCCCCA TCTGCCCA TGCGCAAA TCCCCCGA TCTGCGCA TGCGCACA TCCCCGCA TCTGGAAA TGCTCAAA TCCCTGAA TCTGTAAA TGCTCACA TCCGAACA TCTGTACA TGCTTCCA TCCGAAGA TCTTCCAA TGGAACAA TCCGATAA TCTTGGAA TGGAACCA TCCGATCA TCTTTAAA TGGAAGAA TCCGCCAA TCTTTCCA TGGACCAA TCCGCTCA TCTTTTAA TGGATACA TCCGGAAA TGAACACA TGGATCAA TCCGGACA TGACCAAA TGGATGAA TCCGGAGA TGACCCCA TGGGAACA TCCGGCAA TGACCTCA TGGGACCA TCCGGTAA TGACTGAA TGGGCAAA TCCGGTCA TGAGAGCA TGGGCACA TCCGTACA TGAGCACA TGGGGCAA TCCGTCAA TGAGCGCA TGGTCCAA TCCGTGAA TGAGGACA TGGTGGAA TCCTACAA TGAGGGCA TGTCTGAA TCCTACGA TGAGTGCA TGTGCAAA TCCTAGAA TGATCAAA TGTGCACA TCCTAGGA TGATCACA TGTTCCAA TCCTGGAA TGATCCAA TGTTCGAA TCCTGTAA TGATCCCA TGTTGGAA TCCTGTCA TGATCGAA TTAAAGAA TCCTTCCA TGATCGCA TTAATGAA TCGACACA TGATGGAA TTACAGAA TCGACAGA TGATTGAA TTACGGAA TCGAGAAA TGCAAGCA TTATGGAA

TABLE 4 A B C D E F G 1 kmers Sens. Spec. PPV NBV Acc. FPV 2 610; 1555; 2244; 2926; 3741 100 100 100 100 100 7.77E−11 3 53; 511; 689; 1875; 3256; 3360; 3391; 3838; 5021 100 100 100 100 100 7.77E−11 4 379; 675; 965; 1062; 1365; 1523; 2706; 4729 100 100 100 100 100 7.77E−11 5 127; 164; 280; 421; 523; 586; 711; 734; 742; 1068; 1202; 1293; 1310; 1739; 1955; 2389; 2401; 2448; 100 100 100 100 100 7.77E−11 2626; 2837; 3022; 3103; 3222; 3248; 3401; 3443; 3489; 3516; 3654; 3677; 3866; 4207; 4344; 4403; 4439; 4445; 4689; 4885; 4886; 4983 6 2327; 2577; 2583; 2711; 3178; 3497; 3582; 3728 100 100 100 100 100 7.77E−11 7 243; 417; 444; 519; 990; 1074; 1222; 1364; 1655; 1718; 1890; 2048; 2227; 2670; 3834; 3875; 4437; 4793; 4967 100 100 100 100 100 7.77E−11 8 558; 1058; 1161; 1281; 1766; 2066; 2520; 3339; 4063; 4641; 4911 100 100 100 100 100 7.77E−11 9 591; 778; 1111; 1442; 1707; 1742; 1818; 2004; 2090; 2485; 2707; 2795; 2799; 3506; 3570; 3835; 100 100 100 100 100 7.77E−11 4281; 4697; 4976; 5031; 5240 10 49; 153; 350; 544; 570; 678; 685; 805; 832; 1089; 1599; 1808; 2079; 2220; 2471; 2486; 2514; 2964; 100 100 100 100 100 7.77E−11 3106; 3179; 3195; 3204; 3291; 3414; 3419; 3465; 3554; 3614; 3725; 4227; 4439; 4496; 4748; 4792; 4818 11 1565; 1735; 2297; 2485; 2647; 2935; 3096; 3487; 3526; 5086; 5274 100 100 100 100 100 7.77E−11 12 356; 800; 961; 1716; 1845; 1862; 4435 100 100 100 100 100 7.77E−11 13 136; 187; 986; 1067; 1858; 1993; 2046; 2435; 2904; 3060; 3182; 3718; 3953; 4087; 4472; 4491; 4656; 100 100 100 100 100 7.77E−11 4842; 5094; 5111 14 934; 979; 1079; 1536; 1656; 4008; 4301 100 100 100 100 100 7.77E−11 15 103; 199; 823; 1497; 2374; 2384; 2455; 2652; 3031; 3783; 3974; 5062 100 100 100 100 100 7.77E−11 16 1; 152; 599; 606; 675; 707; 1075; 1258; 1324; 1415; 1416; 1603; 1623; 1904; 2010; 2128; 2219; 2307; 100 100 100 100 100 7.77E−11 2392; 2431; 2668; 2697; 2736; 2740; 2779; 2897; 3194; 3196; 3619; 3673; 3746; 3837; 3865; 3887; 3901; 3912; 3976; 3977; 4266; 4311; 4407; 4618; 4624; 5087; 5132 17 66; 280; 283; 571; 608; 726; 796; 948; 963; 1029; 1038; 1061; 1067; 1151; 1376; 1528; 1633; 1638; 100 100 100 100 100 7.77E−11 1682; 2031; 2274; 2477; 2671; 2676; 2689; 2741; 2882; 2931; 3220; 3228; 3236; 3308; 3456; 3576; 3690; 3730; 3800; 3857; 4461; 4548; 4625; 4764; 4800; 4845; 4939; 4948; 4956; 5051; 5147; 5265 18 15; 337; 367; 533; 815; 856; 857; 1231; 1290; 1500; 1639; 1770; 1907; 2054; 2559; 2675; 4017; 4489; 100 100 100 100 100 7.77E−11 4507; 4823; 4861; 4877; 4893; 4910; 4945; 4988; 5121 19 207; 1625; 2116; 2201; 4176 100 100 100 100 100 7.77E−11 20 473; 497; 551; 842; 957; 1094; 1720; 1741; 2279; 2494; 2673; 3335; 3586; 3827 100 100 100 100 100 7.77E−11 21 65; 518; 549; 651; 772; 1176; 1187; 1207; 1209; 1339; 1362; 1801; 2575; 2592; 2615; 2837; 3039; 100 100 100 100 100 7.77E−11 3115; 3264; 3354; 3895; 3959; 3998; 4408; 4630; 4725; 4822; 4845; 4981 22 87; 237; 301; 444; 466; 517; 756; 792; 870; 1188; 1471; 1808; 1874; 1884; 1893; 2052; 2163; 2562; 100 100 100 100 100 7.77E−11 2653; 2760; 2856; 3139; 3145; 3171; 3184; 3494; 3524; 3689; 3869; 3909; 3946; 3982; 4013; 4674; 4750; 4786; 4843; 5226 23 2; 369; 433; 575; 719; 784; 794; 838; 920; 1371; 1547; 1581; 1719; 1993; 2217; 2274; 2364; 2395; 100 100 100 100 100 7.77E−11 2478; 2488; 2537; 2684; 2706; 2758; 2866; 2997; 3185; 3226; 3430; 3583; 3590; 4014; 4112; 4288; 4637; 4806; 4890; 4989; 5061; 5251 24 287; 2079; 3083; 3141; 3351; 3358; 4095; 4751; 4910; 4951 100 100 100 100 100 7.77E−11 25 2472; 3716; 4029; 4089; 4363 100 100 100 100 100 7.77E−11 26 2305; 2547; 2744; 2853; 4859 100 100 100 100 100 7.77E−11 27 99; 143; 218; 538; 573; 629; 632; 636; 826; 1010; 1130; 1252; 1393; 1662; 1704; 1706; 1721; 1949; 100 100 100 100 100 7.77E−11 2031; 2207; 2564; 2707; 2911; 3130; 3516; 3521; 4374; 4936; 5195; 5257 28 15; 238; 241; 336; 939; 1065; 1068; 1157; 1178; 1567; 1686; 2463; 2497; 2707; 3697; 3895; 4235; 100 100 100 100 100 7.77E−11 4323; 4326; 4392; 4433; 4672; 4978; 5091 29 20; 83; 103; 353; 382; 605; 952; 956; 1591; 1630; 1714; 1751; 2056; 2369; 2468; 2648; 2703; 2928; 100 100 100 100 100 7.77E−11 2953; 3010; 3047; 3227; 3487; 3799; 3812; 3886; 3942; 3992; 4100; 4144; 4169; 4647; 4771; 4787; 4863; 4864; 4871; 4993; 5285 30 102; 255; 394; 397; 530; 537; 907; 1047; 1066; 1212; 1239; 1421; 1572; 1600; 1729; 1829; 1843; 2082; 100 100 100 100 100 7.77E−11 2277; 2394; 2479; 2507; 2565; 2567; 2675; 2712; 2739; 2804; 2816; 2831; 2941; 3328; 3456; 3582; 3596; 3658; 3916; 4089; 4126; 4386; 4424; 4628; 5002; 5042; 5218 31 145; 301; 569; 1747; 2190; 3215; 4376; 4397; 5007; 5258 100 100 100 100 100 7.77E−11 32 2161; 2485; 2694; 3206; 3933; 4476 100 100 100 100 100 7.77E−11 33 70; 486; 675; 1148; 1377; 1382; 1492; 1949; 2482; 2575; 2651; 2832; 3022; 3115; 3134; 3148; 3381; 100 100 100 100 100 7.77E−11 3462; 3826; 3919; 3967; 4018; 4244; 4252; 4370; 4623; 4637; 4776; 5161; 5235 34 119; 444; 1613; 1644; 2074; 2328; 2937; 3974; 5019; 5233 100 100 100 100 100 7.77E−11 35 35; 163; 164; 468; 520; 549; 616; 767; 940; 1098; 1162; 1296; 1551; 1822; 1832; 1951; 2101; 2169; 100 100 100 100 100 7.77E−11 2364; 2389; 2463; 2520; 2556; 2755; 2779; 2993; 3014; 3027; 3544; 3645; 3688; 3723; 3875; 3901; 4206; 4211; 4254; 4313; 4466; 4526; 4544; 4572; 4804; 4942; 5017; 5021; 5085 36 2453; 2486; 2730; 3749; 3862; 4933; 5268 100 100 100 100 100 7.77E−11 37 131; 526; 1280; 1500; 1759; 3068; 3388; 5037 100 100 100 100 100 7.77E−11 38 155; 461; 567; 1066; 1477; 1822; 2257; 2281; 2625; 2993; 3246; 3323; 3498; 4600; 4835; 5105 100 100 100 100 100 7.77E−11 39 51; 207; 216; 219; 389; 408; 561; 629; 720; 1196; 1220; 1348; 1451; 1463; 1500; 1565; 1586; 1625; 100 100 100 100 100 7.77E−11 1687; 1860; 2103; 2247; 2313; 2330; 2499; 2748; 2907; 3038; 3063; 3191; 3586; 3721; 3758; 4006; 4173; 4330; 4343; 4510; 4535; 4558; 4645; 4650; 4706; 4779; 4986; 5083; 5107 40 116; 564; 591; 1263; 2794; 2955; 3236; 3586; 3817; 4654 100 100 100 100 100 7.77E−11 41 623; 1114; 2751; 3984 100 100 100 100 100 7.77E−11 42 286; 719; 1542; 2148; 2695; 3033; 4122 100 100 100 100 100 7.77E−11 43 417; 916; 1057; 2345; 2412; 2797; 4161 100 100 100 100 100 7.77E−11 44 1145; 3158; 3257; 3959; 4877 100 100 100 100 100 7.77E−11 45 1246; 1793; 2318; 2903; 2959; 3341; 3721; 4022; 4613 100 100 100 100 100 7.77E−11 46 303; 383; 424; 637; 999; 1180; 1267; 1308; 1646; 2217; 2453; 3009; 3054; 3185; 3538; 3575; 3677; 100 100 100 100 100 7.77E−11 3763; 4008; 4158; 4184; 4831; 4873; 5176 47 1985; 2113; 2807; 2981 100 100 100 100 100 7.77E−11 48 173; 177; 291; 521; 526; 529; 568; 784; 815; 819; 824; 857; 967; 1080; 1099; 1208; 1403; 1686; 1711; 100 100 100 100 100 7.77E−11 1900; 2106; 2137; 2219; 2267; 2451; 2460; 2493; 2576; 2684; 2840; 2872; 3025; 3251; 3265; 3603; 3607; 3640; 3932; 4026; 4153; 4516; 4613; 4642; 4880; 5001; 5225; 5261 49 8; 30; 108; 152; 257; 688; 717; 1041; 1107; 1324; 1397; 1764; 1837; 1968; 1987; 2035; 2325; 2352; 100 100 100 100 100 7.77E−11 2359; 2376; 2386; 2409; 2498; 2515; 3082; 3288; 3492; 3505; 3553; 3624; 3776; 3837; 3850; 3922; 3966; 3977; 4097; 4462; 4646; 4758; 4769; 4856; 4942; 4995; 5205 50 933; 1007; 3125; 3914; 4203; 4698; 4865; 5181 100 100 100 100 100 7.77E−11 51 400; 1734; 2433; 2523; 2732; 3832; 4838 100 100 100 100 100 7.77E−11 52 1433; 1481; 2239; 2321; 3308; 3696; 4153; 4960; 5074 100 100 100 100 100 7.77E−11 53 1; 197; 215; 267; 754; 757; 788; 911; 1428; 1607; 1626; 1798; 1800; 1837; 2006; 2063; 2169; 2254; 100 100 100 100 100 7.77E−11 2529; 2907; 3305; 3317; 3762; 3836; 3874; 4010; 4037; 4252; 4413; 4513; 4736; 4747; 4758; 4948; 5097; 5220; 5234 54 0; 128; 350; 463; 563; 630; 767; 847; 986; 1125; 1151; 1338; 1389; 1406; 1584; 2255; 2389; 2425; 100 100 100 100 100 7.77E−11 2619; 2811; 2840; 2912; 2951; 2976; 3025; 3183; 3235; 3276; 3402; 3505; 3764; 3778; 4096; 4114; 4307; 4804; 4952 55 185; 424; 841; 963; 1136; 1559; 1830; 2665; 4767; 4838 100 100 100 100 100 7.77E−11 56 582; 713; 1171; 1590; 1995; 2046; 2281; 2727; 2936; 3370; 5098; 5163 100 100 100 100 100 7.77E−11 57 859; 2815 100 100 100 100 100 7.77E−11 58 661; 845; 1086; 2211; 2697; 3586; 5033 100 100 100 100 100 7.77E−11 59 192; 1370; 1701; 2455; 2658; 2983; 3098; 3166; 3219; 3636; 3691; 4595 100 100 100 100 100 7.77E−11 60 444; 2326; 2512; 2971; 4630 100 100 100 100 100 7.77E−11 61 331; 346; 388; 529; 779; 815; 830; 1019; 1281; 1285; 1368; 1389; 1665; 2035; 2482; 2604; 2798; 2842; 100 100 100 100 100 7.77E−11 3018; 3170; 3326; 3364; 3399; 3408; 3460; 4018; 4099; 4346 62 2676; 2932; 3079; 3240 100 100 100 100 100 7.77E−11 63 227; 280; 366; 411; 510; 626; 638; 651; 791; 949; 988; 1029; 1151; 1328; 1469; 1498; 1519; 1604; 1617; 100 100 100 100 100 7.77E−11 1764; 1920; 1934; 2228; 2528; 2757; 2872; 2873; 2880; 2912; 2940; 3082; 3114; 3488; 3649; 3697; 3787; 3802; 4007; 4323; 4491; 4561; 4660; 4700; 4723; 4837; 4868; 4982; 5068; 5277 64 68; 405; 521; 796; 897; 970; 1132; 1149; 1242; 1435; 1521; 1680; 1704; 1729; 1800; 1917; 2121; 2152; 100 100 100 100 100 7.77E−11 2244; 2327; 2370; 2387; 2394; 2909; 2995; 3004; 3069; 3167; 3569; 3586; 3620; 3652; 3814; 3860; 4035; 4325; 4412; 4612; 4652; 4733; 4758; 4861; 5002; 5094; 5278; 5283 65 36; 223; 350; 1105; 1532; 1644; 1702; 1706; 1989; 2416; 2443; 3036; 3130; 3143; 3210; 3211; 3221; 3679; 100 100 100 100 100 7.77E−11 3950; 4402; 4575; 4580; 4735; 4858 66 1233; 1316; 1883; 2040; 2358; 2615; 3414; 3454; 3519; 3587; 3747; 3774; 4367; 4410; 4794; 5011; 5105 100 100 100 100 100 7.77E−11 67 134; 299; 324; 555; 925; 1352; 1471; 1477; 1661; 1928; 1941; 2011; 2064; 2179; 2563; 2751; 2902; 3274; 100 100 100 100 100 7.77E−11 3452; 3477; 3583; 3623; 3679; 3822; 4220; 4284; 4389; 4478; 4537; 4875 68 135; 432; 587; 724; 786; 1081; 1197; 1343; 1405; 1591; 1653; 1688; 1797; 1820; 2002; 2005; 2127; 100 100 100 100 100 7.77E−11 2220; 2312; 2463; 2466; 2558; 2641; 2642; 2699; 2815; 3005; 3412; 3433; 3437; 3456; 3858; 3946; 3982; 4121; 4128; 4704; 4888; 5006; 5067; 5218; 5254; 5256 69 22; 86; 527; 540; 860; 1046; 1179; 1365; 1368; 1558; 2032; 2052; 2136; 2188; 2227; 2332; 2458; 2641; 100 100 100 100 100 7.77E−11 2701; 2873; 3199; 3340; 3479; 3653; 3830; 3923; 4102; 4191; 4520; 4921; 4981; 5069; 5214; 5265 70 380; 1846; 1945; 2046; 2386; 2584; 4124; 4250; 4633 100 100 100 100 100 7.77E−11 71 1596; 2467 100 100 100 100 100 7.77E−11 72 458; 1592; 1767; 2782; 2846; 3653; 3751; 3930; 4440; 5098 100 100 100 100 100 7.77E−11 73 42; 1232; 2751; 3368; 4700; 5007 100 100 100 100 100 7.77E−11 74 304; 326; 344; 547; 586; 865; 961; 1007; 1019; 1079; 1363; 1686; 1710; 1764; 1769; 1784; 1785; 1860; 100 100 100 100 100 7.77E−11 2024; 2655; 3397; 3540; 3582; 3674; 3676; 3816; 3860; 4005; 4121 75 1290; 2126; 3628; 3958; 4388; 4488; 4800; 5076 100 100 100 100 100 7.77E−11 76 261; 679; 738; 758; 919; 1007; 1232; 1553; 1573; 1687; 1734; 1810; 2048; 2194; 2345; 2584; 2611; 100 100 100 100 100 7.77E−11 2616; 2817; 2845; 3124; 3209; 3518; 3637; 3764; 4073; 4247; 4489; 4724; 4810; 5012; 5116; 5230 77 1000; 1029; 1178; 1592; 2625; 3194; 3886; 5077; 5178 100 100 100 100 100 7.77E−11 78 27; 240; 348; 493; 568; 701; 995; 1172; 1222; 1238; 1421; 1524; 1779; 1790; 1804; 1823; 2031; 2271; 100 100 100 100 100 7.77E−11 2563; 2756; 2938; 3453; 3542; 3588; 3634; 3651; 3738; 3772; 3821; 4026; 4028; 4312; 4318; 4323; 4468; 4473; 5273 79 397; 1401; 1766; 2134; 2485; 2612; 2820; 3178; 3667; 4010; 4542; 4754; 5214 100 100 100 100 100 7.77E−11 80 196; 1880; 1902; 2318; 2622; 4662; 4711; 4772; 4863; 5284 100 100 100 100 100 7.77E−11 81 1115; 2196; 2418; 2909; 3468; 3582; 3593; 3997; 4126; 4621; 4832 100 100 100 100 100 7.77E−11 82 874; 941; 1304; 2671; 3587; 4124 100 100 100 100 100 7.77E−11 83 301; 3948; 4128 100 100 100 100 100 7.77E−11 84 299; 1081; 1567; 2125; 2162; 2239; 4494; 4640 100 100 100 100 100 7.77E−11 85 548; 1419; 1568; 2452; 3018; 3920; 4399; 4907 100 100 100 100 100 7.77E−11 86 7; 41; 83; 193; 199; 215; 247; 510; 525; 685; 758; 818; 835; 1100; 1207; 1353; 1737; 1799; 1819; 1920; 100 100 100 100 100 7.77E−11 2036; 2105; 2107; 2240; 2445; 2474; 2688; 3054; 3406; 3429; 3650; 3827; 3986; 4256; 4599; 4727; 5131; 5205 87 33; 86; 378; 402; 489; 575; 630; 720; 726; 755; 857; 864; 957; 993; 1117; 1199; 1282; 1286; 1687; 2023; 100 100 100 100 100 7.77E−11 2031; 2344; 2372; 2537; 2549; 2614; 2651; 2760; 3281; 3365; 3598; 3746; 4031; 4033; 4118; 4490; 4519; 4672; 4767; 4780; 4836; 4837; 4974; 5042; 5139; 5173 88 112; 730; 749; 1556; 2922; 3283; 3705; 4151; 4437; 4652; 4966; 5075 100 100 100 100 100 7.77E−11 89 440; 701; 869; 1029; 1264; 1357; 1652; 2004; 2024; 2110; 2372; 2407; 2813; 3012; 3043; 3542; 3698; 100 100 100 100 100 7.77E−11 3772; 4280; 4585; 4629; 4826; 4899; 5162 90 38; 41; 229; 379; 401; 419; 646; 675; 1170; 2051; 2499; 2740; 3003; 3178; 3422; 3490; 3625; 3877; 100 100 100 100 100 7.77E−11 3905; 4097; 4486; 4553; 4719; 4946; 4976; 5114 91 55; 227; 422; 439; 1081; 1120; 1595; 1730; 2268; 2319; 2567; 2598; 3855; 3949; 4367; 4444; 4801; 5098; 5267 100 100 100 100 100 7.77E−11 92 1865; 2766; 2878; 2934; 3152; 3291; 3619; 3639; 5057 100 100 100 100 100 7.77E−11 93 2333; 2362; 3004; 4304; 4676; 5080 100 100 100 100 100 7.77E−11 94 44; 220; 626; 689; 1034; 1088; 1180; 1362; 1424; 1441; 1638; 1846; 1978; 2100; 2196; 2465; 2636; 100 100 100 100 100 7.77E−11 2752; 3356; 3579; 3974; 4017; 4166; 4192; 4968; 5090 95 146; 152; 181; 199; 522; 545; 622; 741; 981; 1001; 1055; 1246; 1400; 1493; 1587; 1618; 1655; 1859; 100 100 100 100 100 7.77E−11 1984; 2040; 2050; 2245; 2387; 2424; 2469; 2826; 3292; 3319; 3326; 3582; 3832; 3894; 3982; 4013; 4089; 4099; 4246; 4319; 4403; 4431; 4462; 4572; 4730; 4907; 5087; 5222 96 776; 839; 1325; 1582; 2674; 2723; 3479; 4225; 4893; 5023 100 100 100 100 100 7.77E−11 97 21; 164; 2065; 2520; 3972; 4417; 4873; 4902 100 100 100 100 100 7.77E−11 98 578; 760; 1117; 1860; 2013; 2092; 2378; 2550; 2551; 2919; 3086; 3196; 3406; 3728; 4009; 4416; 4436; 100 100 100 100 100 7.77E−11 4618; 4852; 4894; 4949; 4978 99 65; 432; 817; 833; 1071; 1766; 1821; 2938; 3236; 3388; 3740; 3955; 4004; 4298; 4528; 4717; 4778; 5063 100 100 100 100 100 7.77E−11 100 816; 1176; 1725; 2340; 3286; 3649; 4167; 4909; 5173 100 100 100 100 100 7.77E−11 101 673; 1244; 1773; 1816; 1910; 2087; 2340; 2569; 2665; 2831; 2878; 2991; 3138; 3174; 3262; 3324; 100 100 100 100 100 7.77E−11 3595; 3606; 3745; 3975; 4108; 4379; 4446; 4732; 4774; 4974; 5105; 5107; 5141 102 219; 680; 1795; 1951; 2024; 2515; 2523; 4561; 5009 100 100 100 100 100 7.77E−11 103 39; 48; 404; 432; 519; 687; 742; 1150; 1340; 1497; 1766; 2042; 2050; 2230; 2301; 2434; 2505; 2668; 100 100 100 100 100 7.77E−11 2924; 3877; 4102; 4260; 4494; 4625; 5081 104 207; 479; 706; 2052; 2566; 2857; 4634 100 100 100 100 100 7.77E−11 105 147; 160; 631; 696; 1049; 1404; 1883; 2073; 2522; 2733; 3307; 3623; 4515; 4756; 4765 100 100 100 100 100 7.77E−11 106 208; 762; 803; 1089; 1149; 1171; 1476; 1492; 1556; 1719; 1958; 2033; 2153; 2887; 3076; 3912; 3955; 100 100 100 100 100 7.77E−11 4023; 4029; 4084; 4809; 5198 107 301; 385; 402; 600; 684; 714; 745; 858; 890; 954; 975; 1275; 1558; 1567; 1582; 1878; 1922; 1987; 2137; 100 100 100 100 100 7.77E−11 2435; 2522; 2815; 2846; 2911; 3098; 3388; 3846; 3883; 4058; 4187; 4436; 4547; 4637; 4991; 5151; 5185; 5260 108 42; 127; 136; 558; 604; 791; 883; 929; 1018; 1057; 1369; 1400; 1653; 1775; 1831; 1930; 2201; 2258; 100 100 100 100 100 7.77E−11 2297; 2488; 2674; 2960; 2981; 3070; 3980; 4134; 4197; 4334; 4633; 4661; 4688; 4872 109 240; 722; 1055; 1115; 1118; 1201; 1298; 1657; 2816; 3213; 3807; 3911; 4045; 4084; 4097; 4391; 100 100 100 100 100 7.77E−11 4630; 4950; 4963; 5144 110 58; 76; 353; 507; 599; 1658; 1810; 1946; 1982; 2028; 2145; 2323; 2353; 2424; 2521; 2575; 2701; 2721; 100 100 100 100 100 7.77E−11 2966; 3173; 3537; 4252; 4486; 4565; 4637; 4880; 4957; 4969; 4986; 5156 111 163; 386; 530; 564; 634; 1168; 1606; 1621; 2498; 4863 100 100 100 100 100 7.77E−11 112 73; 87; 109; 187; 217; 227; 330; 437; 634; 643; 727; 797; 959; 1022; 1095; 1377; 1554; 1667; 1761; 100 100 100 100 100 7.77E−11 1823; 1900; 1938; 2615; 2625; 2636; 2638; 2748; 2923; 2960; 3472; 3564; 3704; 3739; 3757; 3820; 3849; 3918; 4056; 4076; 4141; 4197; 4376; 4547; 4565; 4572; 4944; 4995; 5165; 5232 113 1024; 1080; 1936; 2116; 2239; 2263; 2658; 3588; 3961; 3986 100 100 100 100 100 7.77E−11 114 3; 283; 488; 678; 1059; 1946; 2162; 2495; 2722; 3005; 3357; 3495; 3523; 4068; 5058; 5202 100 100 100 100 100 7.77E−11 115 209; 511; 647; 1476; 1524; 2025; 2136; 2382; 2697; 2775; 2922; 3236; 3374; 3375; 3634; 3645; 3765; 100 100 100 100 100 7.77E−11 3961; 4110; 4310; 4387; 4467; 4590; 4859; 5015 116 391; 782; 1801; 2890; 4084; 4316; 4703 100 100 100 100 100 7.77E−11 117 569; 676; 687; 809; 1027; 1219; 1434; 1446; 1467; 1716; 1759; 1857; 2330; 2502; 2617; 2903; 3376; 100 100 100 100 100 7.77E−11 3399; 3655; 3760; 4173; 4266; 4283; 4584; 4655; 4678; 4698; 4953; 5146 118 67; 1356; 3177; 3898; 3979; 4291; 4678; 4741 100 100 100 100 100 7.77E−11 119 114; 236; 304; 669; 764; 831; 836; 886; 919; 968; 1110; 1613; 1789; 1824; 2232; 2346; 2438; 2616; 100 100 100 100 100 7.77E−11 2760; 2823; 3195; 3284; 3295; 3310; 3326; 3387; 3495; 3518; 3581; 3605; 3671; 3876; 3906; 4094; 4146; 4387; 4665; 4842; 4907; 4928; 4960; 5002; 5038; 5178; 5285 120 1172; 1272; 1903; 2425; 2511; 2738; 3037; 3375; 3663; 4114; 4311; 4353; 5015 100 100 100 100 100 7.77E−11 121 1285; 1546; 3103; 3547; 3623; 3966; 4917; 5236 100 100 100 100 100 7.77E−11 122 784; 1062; 2165; 2262; 2334; 2598; 3379; 3938; 4089; 4910 100 100 100 100 100 7.77E−11 123 87; 164; 342; 599; 629; 734; 843; 853; 1069; 1087; 1094; 1174; 1179; 1259; 1450; 1667; 1691; 1821; 100 100 100 100 100 7.77E−11 1916; 2179; 2219; 2374; 2457; 2839; 2963; 3057; 3102; 3167; 3476; 3479; 3552; 3658; 3805; 3918; 3939; 3967; 3989; 4001; 4135; 4300; 4356; 4423; 4460; 4554; 4630; 4667; 4682; 4819; 5071; 5100 124 88; 221; 303; 378; 407; 692; 906; 950; 1019; 1123; 1256; 1555; 1619; 1670; 1771; 1814; 1935; 1984; 100 100 100 100 100 7.77E−11 2207; 2408; 2438; 2686; 2787; 3341; 3483; 3718; 3891; 3894; 4029; 4138; 4258; 4336; 4363; 4380; 4413; 5119 125 58; 60; 380; 795; 1133; 1361; 1435; 1481; 1601; 1869; 1893; 2390; 2415; 2607; 3124; 3157; 3983; 4004; 100 100 100 100 100 7.77E−11 4027; 4313; 4323; 4477; 4627; 5185 126 155; 410; 435; 442; 588; 931; 1118; 1155; 1398; 1591; 1605; 1799; 2581; 2683; 2836; 2837; 3017; 3057; 100 100 100 100 100 7.77E−11 3209; 3237; 3309; 3551; 3561; 3586; 3808; 3921; 4546 127 3388; 4183; 4265; 4888 100 100 100 100 100 7.77E−11 128 211; 1445; 2358; 2677; 4305; 4723 100 100 100 100 100 7.77E−11 129 449; 876; 1830; 2704; 3139; 3205; 3829; 4149; 4571 100 100 100 100 100 7.77E−11 130 42; 51; 101; 376; 614; 732; 864; 1227; 1386; 1562; 2045; 2051; 2181; 2383; 2389; 2483; 2847; 2864; 100 100 100 100 100 7.77E−11 2878; 2970; 2982; 3104; 3565; 3631; 3701; 3743; 3790; 3879; 3940; 4226; 4276; 4343; 4400; 4484; 4495; 4529; 4539; 4556; 4618; 4622; 4675; 4759; 4785; 4853; 5206 131 219; 428; 1376; 2180; 2337; 2340; 3060; 3168; 3713; 4290; 4292; 4349; 4552; 4718; 4987; 5108; 5176 100 100 100 100 100 7.77E−11 132 164; 183; 226; 365; 459; 636; 707; 894; 984; 1003; 1024; 1081; 1218; 1324; 1827; 2281; 2524; 2651; 3101; 3269; 100 100 100 100 100 7.77E−11 3375; 3498; 3549; 3707; 4170; 4573; 4618; 4655; 4711; 4780; 4858; 5173; 5226 133 780; 944; 1740; 1760; 2077; 3361; 3701; 3916; 4443; 4908 100 100 100 100 100 7.77E−11 134 2642; 3667; 4633; 4942 100 100 100 100 100 7.77E−11 135 434; 700; 739; 1376; 1501; 1896; 2262; 2458; 2731; 2839; 2851; 3335; 3462; 4032; 4610; 4619; 4735; 4788; 4890 100 100 100 100 100 7.77E−11 136 230; 299; 353; 680; 720; 944; 1224; 1251; 1320; 1505; 1548; 1555; 2136; 2197; 2223; 2390; 2479; 2568; 100 100 100 100 100 7.77E−11 2573; 2837; 2843; 2884; 3002; 3109; 3135; 3163; 3492; 3557; 3569; 3634; 3703; 4227; 4260; 4411; 4507; 4707; 4933; 4985; 5021; 5054; 5061 137 206; 1120; 1354; 2154; 2592; 3637; 4803; 4954; 5201; 5207 100 100 100 100 100 7.77E−11 138 951; 1070; 1479; 2522; 2824; 3176; 3301; 3315; 3731; 3834; 4187; 4474; 5093; 5200 100 100 100 100 100 7.77E−11 139 549; 897; 1180; 1739; 4062; 4319; 4633; 4897; 5037 100 100 100 100 100 7.77E−11 140 314; 2302; 2352; 3032; 5014; 5165; 5212 100 100 100 100 100 7.77E−11 141 137; 1317; 1870; 2239; 2526; 2587; 4847 100 100 100 100 100 7.77E−11 142 104; 658; 667; 758; 875; 907; 1163; 1265; 1748; 1875; 2071; 2951; 2971; 2978; 3115; 3177; 3281; 3360; 100 100 100 100 100 7.77E−11 3368; 3394; 3436; 3674; 3999; 4047; 4176; 4253; 4747; 4783; 4828 143 439; 623; 1096; 1453; 1730; 2545; 2602; 2899; 4140; 4668; 4873 100 100 100 100 100 7.77E−11 144 82; 117; 262; 482; 594; 606; 698; 703; 711; 1021; 1039; 1091; 1179; 1193; 1203; 1309; 1367; 1475; 100 100 100 100 100 7.77E−11 1684; 2054; 2170; 2355; 2356; 2649; 2727; 2937; 3185; 3438; 3443; 3583; 3614; 3656; 3752; 4003; 4074; 4080; 4091; 4144; 4645; 4719; 4822; 4888; 5005; 5205 145 538; 842; 1334; 1472; 2190; 2665; 2835; 3062; 3826; 5235 100 100 100 100 100 7.77E−11 146 1238; 1639; 2019; 4075; 5252; 5260 100 100 100 100 100 7.77E−11 147 62; 828; 1330; 1940; 1961; 2444; 2995; 3209; 4068 100 100 100 100 100 7.77E−11 148 491; 553; 932; 1125; 1352; 1789; 2870; 3299; 3496; 3916; 4144; 4341; 4436 100 100 100 100 100 7.77E−11 149 361; 967; 1380; 4009; 4832 100 100 100 100 100 7.77E−11 150 44; 74; 77; 109; 206; 374; 546; 606; 675; 736; 1054; 1258; 1572; 1608; 1990; 1991; 2017; 2230; 2477; 100 100 100 100 100 7.77E−11 2654; 2658; 2912; 3187; 3209; 3309; 3666; 3796; 3797; 3812; 3923; 3953; 4039; 4117; 4156; 4194; 4405; 4715; 4732; 4806; 4844; 4861; 4919 151 417; 818; 976; 2019; 2722; 3423; 3842; 4828; 5120 100 100 100 100 100 7.77E−11 152 274; 675; 1016; 1061; 1171; 1258; 1831; 1860; 2096; 2465; 2580; 2783; 2920; 3301; 3368; 4290; 4564; 100 100 100 100 100 7.77E−11 4693; 4816; 4986 153 35; 117; 428; 472; 647; 693; 719; 720; 963; 1103; 1433; 1443; 1479; 1513; 1933; 1983; 2143; 2252; 100 100 100 100 100 7.77E−11 2270; 2339; 2488; 2519; 2520; 2554; 2652; 2658; 2864; 2913; 3042; 3113; 3131; 3136; 3440; 3623; 3932; 3954; 4110; 4144; 4418; 4513; 4622; 4847; 4904; 4963; 5161 154 55; 432; 788; 919; 1003; 1106; 1129; 1224; 1321; 1452; 1582; 1722; 1746; 1800; 1827; 1891; 1925; 100 100 100 100 100 7.77E−11 1981; 2400; 2458; 2575; 2593; 2730; 2919; 2960; 2962; 3158; 3167; 3218; 3333; 3395; 3420; 3764; 4125; 4260; 4719; 4808; 4865; 5112; 5201; 5260 155 148; 246; 284; 293; 409; 621; 635; 823; 927; 939; 946; 1343; 1376; 1446; 1686; 1763; 1947; 2013; 2036; 100 100 100 100 100 7.77E−11 2081; 2342; 2498; 2617; 2639; 2684; 3068; 3344; 3612; 3700; 3813; 3861; 3903; 3929; 3966; 4055; 4080; 4430; 4437; 4603 156 171; 639; 1245; 1759; 1774; 1864; 2285; 2329 100 100 100 100 100 7.77E−11 157 187; 220; 382; 392; 595; 689; 1166; 1260; 1276; 1341; 2001; 2269; 2376; 2427; 2443; 2545; 2826; 2889; 100 100 100 100 100 7.77E−11 2891; 2969; 3097; 3118; 3202; 3344; 3400; 3544; 3649; 4041; 4468; 4585; 4685; 4765; 4785; 4823; 4898; 4996; 5054; 5166; 5254 158 1324; 1722; 2411; 3041; 3119; 4237 100 100 100 100 100 7.77E−11 159 209; 378; 618; 967; 2335; 2795; 2931; 4464; 4591 100 100 100 100 100 7.77E−11 160 1397; 5021; 5265 100 100 100 100 100 7.77E−11 161 110; 182; 317; 324; 392; 529; 1077; 1171; 1204; 1279; 1552; 1645; 2067; 2317; 2677; 3216; 3235; 3296; 100 100 100 100 100 7.77E−11 3648; 3668; 3750; 3988; 3989; 4842; 5173 162 56; 309; 380; 616; 1639; 2333; 2691; 3805 100 100 100 100 100 7.77E−11 163 37; 84; 449; 459; 924; 1147; 1205; 1311; 2026; 2034; 2274; 3445; 4079; 4218; 4661; 5281 100 100 100 100 100 7.77E−11 164 102; 220; 418; 814; 939; 1062; 1171; 1300; 1513; 1726; 1943; 2286; 2458; 2642; 2966; 3057; 3078; 3236; 100 100 100 100 100 7.77E−11 3457; 3529; 3570; 3628; 3759; 3922; 4074; 4107; 4262; 4476; 4498; 4830; 4903; 4942; 5011; 5190 165 2; 196; 227; 273; 300; 408; 622; 777; 1004; 1014; 1067; 1170; 1244; 1778; 1881; 2039; 2041; 2103; 2683; 100 100 100 100 100 7.77E−11 2721; 2730; 3090; 3115; 3193; 3360; 3493; 3654; 3722; 3815; 4051; 4221; 4437; 4474; 5076; 5244 166 152; 488; 1155; 1612; 1693; 3659 100 100 100 100 100 7.77E−11 167 371; 608; 758; 2184; 2735; 2842; 3127; 3358; 3645; 3860 100 100 100 100 100 7.77E−11 168 633; 3623; 3731; 4007; 4568; 4825; 4975; 5156 100 100 100 100 100 7.77E−11 169 1; 46; 124; 185; 199; 292; 393; 675; 752; 818; 871; 962; 997; 1307; 1339; 1423; 1526; 1617; 1645; 1667; 100 100 100 100 100 7.77E−11 1820; 1876; 1943; 2170; 2202; 2209; 2432; 2542; 3179; 3199; 3204; 3277; 3564; 3573; 3771; 3820; 3845; 3854; 4172; 4400; 4429; 4638; 4830; 5011; 5152 170 696; 962; 2009; 2491; 2842; 3240; 3815; 3871; 4162; 5102 100 100 100 100 100 7.77E−11 171 86; 757; 1257; 1261; 1272; 1413; 1662; 2235; 2306; 2445; 2457; 3390; 3737; 4282; 4303; 4527; 4539; 5197; 5200 100 100 100 100 100 7.77E−11 172 5240 100 100 100 100 100 7.77E−11 173 424; 4265; 4672 100 100 100 100 100 7.77E−11 174 8; 1538; 2247; 2848; 3421; 4392; 4806; 5033 100 100 100 100 100 7.77E−11 175 1051; 1318; 1551; 1573; 2062; 2324; 2887; 3227; 3583; 4126; 4350; 4474; 4656 100 100 100 100 100 7.77E−11 176 507; 1046; 1490; 1909; 2348; 4113; 4172 100 100 100 100 100 7.77E−11 177 114; 147; 372; 475; 573; 679; 752; 928; 986; 1102; 1323; 1493; 1793; 2035; 2041; 2227; 2242; 2836; 100 100 100 100 100 7.77E−11 3519; 3902; 4144; 4474; 4748; 4755; 4783; 5220 178 215; 315; 758; 1164; 1390; 1471; 1568; 2036; 2325; 2657; 2781; 3067; 3244; 3429; 3460; 3573; 3632; 100 100 100 100 100 7.77E−11 3873; 4265; 4528; 4885; 4921; 5156 179 160; 385; 1200; 1335; 3580; 4154; 4289; 5271 100 100 100 100 100 7.77E−11 180 8; 34; 235; 286; 476; 498; 773; 1016; 1233; 1388; 1441; 1891; 1937; 2814; 2834; 3455; 3557; 3678; 4080; 100 100 100 100 100 7.77E−11 4155; 4500; 4659; 4669 181 595; 1032; 1099; 2677; 3074; 3863; 4175; 4683 100 100 100 100 100 7.77E−11 182 0; 519; 963; 1330; 1402; 1480; 1520; 1681; 1744; 1749; 1831; 1883; 2019; 2320; 2483; 2814; 3208; 3530; 100 100 100 100 100 7.77E−11 3847; 3851; 3943; 3983; 4067; 4130; 4720; 5168 183 418; 1104; 1149; 1423; 1477; 1789; 2657; 2922; 4097; 4140; 4333; 4630; 4792; 4988; 5075; 5203; 5250 100 100 100 100 100 7.77E−11 184 223; 290; 404; 449; 452; 636; 762; 1072; 1106; 1342; 1563; 1930; 1937; 1998; 2058; 2343; 2485; 2761; 100 100 100 100 100 7.77E−11 3014; 3029; 3085; 3088; 3196; 3209; 3932; 4040; 4184; 4282; 4494; 4535; 5092; 5233 185 282; 290; 1152; 1379; 1933; 2890; 3128; 4621 100 100 100 100 100 7.77E−11 186 1351; 1503; 1876; 2607; 2670; 2748; 2781; 3079; 3160 100 100 100 100 100 7.77E−11 187 16; 194; 748; 927; 1201; 1202; 1977; 3120; 3639; 4018 100 100 100 100 100 7.77E−11 188 818; 838; 1020; 2642; 3283; 3382; 4272 100 100 100 100 100 7.77E−11 189 162; 380; 639; 909; 958; 1136; 2088; 2476; 3497; 4026; 4735 100 100 100 100 100 7.77E−11 190 201; 242; 258; 260; 496; 933; 1223; 1258; 1538; 1610; 2624; 2820; 2834; 2904; 3088; 3209; 3681; 3949; 100 100 100 100 100 7.77E−11 4340; 4934 191 139; 432; 810; 1101; 1249; 1453; 1657; 1658; 1865; 2349; 2430; 2731; 2905; 3236; 3284; 3288; 3293; 100 100 100 100 100 7.77E−11 3302; 3428; 3516; 3623; 3741; 3758; 3937; 4185; 4200; 4211; 4381; 4511; 4664; 4695; 5118 192 128; 850; 1107; 1261; 1589; 1610; 1881; 2297; 2345; 2457; 2477; 2626; 2658; 2845; 3027; 3067; 3514; 100 100 100 100 100 7.77E−11 3543; 3767; 4013; 4257; 4471; 4557; 4590; 4621; 5008 193 644; 699; 759; 887; 1452; 1778; 1887; 2138; 2162; 2597; 2830; 3586; 4017; 4198; 4569; 4632; 4639; 100 100 100 100 100 7.77E−11 4867; 4990; 5198 194 933; 1144; 1145; 1371; 1937; 2047; 3385; 4263; 5134 100 100 100 100 100 7.77E−11 195 1636; 1700; 2128; 2820 100 100 100 100 100 7.77E−11 196 319; 551; 777; 800; 1044; 1127; 1292; 1375; 1433; 1456; 1485; 1613; 1660; 2246; 2419; 2633; 2689; 100 100 100 100 100 7.77E−11 2780; 2965; 3333; 3454; 3558; 3910; 4003; 4019; 4097; 4114; 4145; 4690; 4771; 4774; 5201 197 10; 164; 179; 402; 561; 1252; 1739; 2626; 2831; 2957; 3427; 3579; 3958; 4223; 4308; 4740; 5014; 5063; 5108 100 100 100 100 100 7.77E−11 198 655; 850; 2817; 4069; 4529; 4880 100 100 100 100 100 7.77E−11 199 16; 305; 330; 1470; 2855; 4388 100 100 100 100 100 7.77E−11 200 160; 163; 263; 303; 346; 393; 637; 816; 950; 1138; 1319; 1369; 1687; 1889; 1945; 1948; 1971; 2162; 100 100 100 100 100 7.77E−11 2169; 2305; 2356; 2432; 2463; 2505; 2537; 2824; 2940; 3056; 3139; 3194; 3340; 3342; 3494; 3507; 3635; 3697; 3820; 3891; 4086; 4299; 4485; 4714; 4922; 4983; 5068; 5152; 5160; 5175; 5184; 5268 201 546; 3115; 3140; 3449; 3745; 3862; 3954; 3957; 5096; 5253 100 100 100 100 100 7.77E−11 202 552; 1320; 1421; 1436; 1884; 2677; 2891; 3288; 3418; 3971; 4057; 4154; 4713; 5129 100 100 100 100 100 7.77E−11 203 530; 630; 728; 780; 917; 1176; 1229; 1375; 1635; 1793; 2392; 2569; 2595; 2673; 2783; 3266; 3358; 3479; 100 100 100 100 100 7.77E−11 3616; 3621; 3881; 4022; 4105; 4322; 4356; 4557; 4706; 4745; 4836; 4876 204 399; 975; 1682; 2955; 3042; 3225; 3309; 3501; 4490 100 100 100 100 100 7.77E−11 205 309; 319; 445; 1178; 1293; 1305; 1385; 1511; 2363; 2445; 2933; 3086; 3093; 3143; 3320; 3425; 4211; 100 100 100 100 100 7.77E−11 4683; 4985; 5006 206 563; 1245; 2093; 3432; 3741; 3863; 4147; 4982 100 100 100 100 100 7.77E−11 207 1964; 4090; 4115; 4239; 4430 100 100 100 100 100 7.77E−11 208 79; 481; 583; 595; 653; 861; 868; 967; 1145; 1166; 1206; 1704; 2049; 2173; 2255; 2265; 2363; 2520; 100 100 100 100 100 7.77E−11 2557; 2622; 2655; 2666; 2752; 2911; 3042; 3388; 3431; 3438; 3515; 3580; 3839; 3935; 4219; 4308; 4353; 4487; 4517; 4626; 4691; 4925; 4972; 5143; 5167; 5207; 5221 209 21; 159; 219; 407; 424; 498; 544; 709; 789; 1092; 1122; 1502; 1690; 1726; 1859; 1868; 1894; 2315; 100 100 100 100 100 7.77E−11 2535; 2755; 2929; 3020; 3190; 3205; 3431; 3581; 3920; 4001; 4244; 4441; 4730; 5220 210 163; 1414; 1637; 2190; 3388; 4022 100 100 100 100 100 7.77E−11 211 161; 332; 410; 438; 907; 911; 1021; 1035; 1138; 1228; 1265; 1327; 1332; 1342; 1501; 1657; 1744; 1745; 100 100 100 100 100 7.77E−11 1901; 1994; 2021; 2236; 2296; 2481; 2555; 2668; 2839; 2841; 2928; 3209; 3279; 3329; 3377; 3385; 3508; 3911; 3986; 4026; 4068; 4133; 4276; 4708; 4714; 4733; 4856; 4869; 5176; 5192; 5215 212 188; 1165; 1876; 2272; 2677; 2886; 3172; 3341; 3588; 4179; 4300; 5104; 5156 100 100 100 100 100 7.77E−11 213 1808; 3452; 4655; 5255 100 100 100 100 100 7.77E−11 214 212; 959; 1086; 1457; 1799; 1996; 2122; 2263; 2896; 4242; 4318; 4434; 4492; 4872; 5058; 5228 100 100 100 100 100 7.77E−11 215 285; 304; 503; 622; 862; 966; 1170; 1366; 1507; 1614; 1683; 1942; 2208; 2237; 2276; 2335; 2542; 100 100 100 100 100 7.77E−11 2566; 2675; 2796; 2798; 2824; 2862; 2924; 3064; 3203; 3336; 3469; 3502; 3721; 3744; 3900; 3902; 3909; 3924; 3982; 4247; 4332; 4544; 4564; 4678; 4989; 5025; 5072; 5084; 5147; 5223 216 1286; 1864; 2126; 2266; 2368; 3773; 4693; 5054 100 100 100 100 100 7.77E−11 217 887; 1999; 4086; 4394; 4478; 5003 100 100 100 100 100 7.77E−11 218 769; 824; 941; 1472; 1817; 4139; 5068 100 100 100 100 100 7.77E−11 219 84; 152; 652; 1374; 2245; 2760; 3548; 3907; 4008; 4194 100 100 100 100 100 7.77E−11 220 207; 648; 774; 922; 952; 1089; 1140; 1212; 1344; 1424; 1612; 1841; 2099; 2132; 2535; 2555; 3010; 100 100 100 100 100 7.77E−11 3492; 3639; 3690; 3748; 3819; 3885; 3962; 3976; 4193; 4221; 4249; 4732; 4764; 4829; 5235; 5237; 5284 221 762; 850; 889; 947; 1232; 2127; 2520; 3219; 3524; 5168 100 100 100 100 100 7.77E−11 222 335; 2288; 4382; 4387 100 100 100 100 100 7.77E−11 223 1293; 1864; 2279; 2902; 3011; 3922; 4705; 4917 100 100 100 100 100 7.77E−11 224 87; 498; 532; 674; 779; 932; 1066; 1098; 1180; 1301; 1334; 1472; 1486; 1820; 2125; 2224; 2472; 2492; 100 100 100 100 100 7.77E−11 2581; 2863; 2868; 2884; 3055; 3237; 3332; 3376; 3626; 3632; 3709; 3852; 3969; 4237; 4323; 4358; 4375; 4422; 4520; 4653; 4798; 4860; 4962; 5144; 5156; 5260; 5277 225 135; 316; 3207; 3279; 3654; 4642; 4735; 4823 100 100 100 100 100 7.77E−11 226 344; 850; 1846; 2047; 3649; 4679 100 100 100 100 100 7.77E−11 227 130; 152; 300; 311; 362; 505; 558; 883; 986; 989; 1068; 1346; 1548; 1549; 1621; 2035; 2078; 2111; 100 100 100 100 100 7.77E−11 2264; 2280; 2323; 2517; 2649; 3006; 3018; 3109; 3314; 3362; 3377; 3464; 3523; 3578; 3616; 3687; 3859; 3976; 4069; 4373; 4536; 4548; 4661; 4756; 4764; 4885; 5084; 5141; 5253 228 39; 89; 128; 304; 353; 648; 781; 784; 1155; 1170; 1190; 1226; 1544; 1683; 1745; 2058; 2145; 2197; 100 100 100 100 100 7.77E−11 2325; 2381; 2396; 2457; 2482; 2506; 2523; 2662; 2859; 2895; 2966; 3057; 3076; 3090; 3762; 3886; 3946; 4056; 4099; 4349; 4364; 4557; 4564; 4679 229 863; 1498; 1524; 2266; 2326; 2580; 2642; 3286; 4177; 5014 100 100 100 100 100 7.77E−11 230 174; 270; 389; 538; 585; 620; 1046; 1429; 2371; 2549; 3125; 3245; 3419; 3701; 3784; 4266; 4283; 100 100 100 100 100 7.77E−11 4296; 4310; 4395; 4487; 4535; 4701; 5006; 5050; 5253 231 31; 69; 219; 519; 775; 782; 872; 1212; 1436; 1577; 1579; 1887; 1896; 1902; 2299; 2496; 2562; 2620; 100 100 100 100 100 7.77E−11 2636; 2665; 2947; 2960; 3004; 3232; 3261; 3298; 3432; 3629; 3724; 3788; 4134; 4186; 4428; 4677; 4756; 4817; 4890; 5110; 5231; 5254 232 808; 1311; 2222; 2567; 2939; 3070; 3208; 3991; 4820; 4917; 5190 100 100 100 100 100 7.77E−11 233 390; 410; 750; 1227; 1446; 2049; 2275; 2511; 3062; 3081; 4045; 4654; 4902; 5014; 5023; 5274 100 100 100 100 100 7.77E−11 234 106; 293; 384; 783; 838; 1123; 1216; 1568; 1758; 1856; 2519; 2657; 2707; 2772; 2775; 2849; 3139; 100 100 100 100 100 7.77E−11 3540; 3919; 4022; 4294; 4340; 4403; 4587; 4744; 4983; 5075 235 442; 1448; 1590; 1870; 4026; 4207 100 100 100 100 100 7.77E−11 236 96; 158; 203; 671; 852; 986; 1220; 1293; 1467; 1505; 1897; 1993; 2036; 2046; 2092; 2209; 2266; 2289; 100 100 100 100 100 7.77E−11 2292; 2429; 2451; 2520; 2794; 3064; 3282; 3464; 3869; 3955; 4208; 4210; 4245; 4266; 4288; 4324; 4326; 4331; 4450; 4533; 4630; 4705; 4750; 4843; 4861; 4976; 5031; 5138 237 3; 530; 1088; 1702; 3652; 5070 100 100 100 100 100 7.77E−11 238 2799; 3350; 4752 100 100 100 100 100 7.77E−11 239 1497; 1522; 2937; 3111; 3181; 5180 100 100 100 100 100 7.77E−11 240 67; 106; 168; 303; 529; 568; 869; 1413; 1794; 1796; 1842; 1875; 2051; 2121; 2206; 2722; 2767; 2790; 100 100 100 100 100 7.77E−11 2853; 2901; 2970; 3192; 3215; 3819; 3867; 3948; 4354; 4373; 4489; 4665; 4747; 4752; 4949; 4970; 4982 241 163; 207; 857; 3979 100 100 100 100 100 7.77E−11 242 242; 776; 3124; 3347; 3899; 3990; 4068; 4160; 4437; 4762; 5085; 5199 100 100 100 100 100 7.77E−11 243 1182; 3359; 3923; 4978 100 100 100 100 100 7.77E−11 244 176; 586; 667; 851; 885; 1109; 1188; 1545; 1551; 1929; 2063; 2834; 2963; 3205; 3370; 3495; 3831; 100 100 100 100 100 7.77E−11 3982; 4017; 4055; 4056; 4288; 4391; 4750; 5006; 5147 245 184; 265; 869; 2281; 3867; 4576 100 100 100 100 100 7.77E−11 246 165; 221; 229; 370; 417; 518; 569; 595; 1085; 1229; 1230; 1257; 1344; 1503; 1535; 1612; 1631; 1801; 100 100 100 100 100 7.77E−11 1950; 1976; 2105; 2300; 2564; 2732; 2871; 2950; 3054; 3340; 3575; 3658; 3709; 4190; 4383; 5012; 5030; 5197; 5213; 5251 247 114; 140; 175; 207; 272; 445; 738; 901; 935; 952; 1037; 1321; 1345; 1427; 1495; 1691; 1695; 1748; 100 100 100 100 100 7.77E−11 1822; 2636; 2742; 3046; 3188; 3455; 3757; 3942; 3957; 4016; 4030; 4118; 4252; 4608; 4780; 4835; 4887; 4999; 5067; 5071; 5248; 5251; 5259 248 48; 127; 237; 506; 1120; 1160; 1283; 1519; 1582; 1869; 1909; 2453; 3356; 3450; 3692; 3960; 4223; 4287; 4288; 5205 100 100 100 100 100 7.77E−11 249 47; 49; 236; 363; 623; 660; 675; 842; 1061; 1126; 1140; 1252; 1501; 1690; 1696; 1851; 2143; 2572; 2707; 100 100 100 100 100 7.77E−11 2956; 2959; 3113; 3363; 3659; 3663; 3825; 3881; 3969; 3995; 4106; 4240; 4267; 4291; 4380; 4433; 4767; 4969; 4983; 5240; 5266 250 118; 482; 603; 651; 815; 847; 850; 1056; 1070; 1134; 1185; 1196; 1270; 1474; 1511; 1766; 1841; 2074; 100 100 100 100 100 7.77E−11 2093; 2118; 2172; 2204; 2241; 2346; 2371; 2516; 2874; 2876; 2960; 3071; 3503; 3535; 3589; 3665; 3796; 3814; 3860; 3890; 4181; 4482; 4569; 4631; 4693; 4909; 5192 251 16; 33; 87; 133; 147; 221; 620; 741; 746; 782; 972; 1782; 1994; 2273; 2469; 2567; 2701; 2749; 2779; 100 100 100 100 100 7.77E−11 2839; 2931; 2938; 3270; 3384; 3388; 3446; 3490; 3640; 3643; 3832; 4010; 4175; 4246; 4334; 4742; 4772; 4786; 4903; 4909; 4923; 5140; 5170 252 178; 3256; 4024; 4613; 5001; 5167 100 100 100 100 100 7.77E−11 253 114; 327; 729; 1420; 2122; 2123; 2742; 3376; 3564; 3757; 3837; 4510; 4658; 4750; 5113; 5216 100 100 100 100 100 7.77E−11 254 865; 1469; 1579; 1852; 2297; 2494; 3388; 3446; 4054; 4400 100 100 100 100 100 7.77E−11 255 161; 837; 1277; 1461; 1619; 1938; 2506; 3770; 4365; 5136 100 100 100 100 100 7.77E−11 256 425; 464; 614; 957; 1552; 1943; 4139; 4341; 4840 100 100 100 100 100 7.77E−11 257 398; 1455; 1963; 2335; 3782; 4012; 4047; 4304; 4863 100 100 100 100 100 7.77E−11 258 13; 148; 176; 218; 358; 395; 489; 539; 856; 862; 1127; 1190; 1244; 1797; 2006; 2100; 2143; 2253; 2350; 100 100 100 100 100 7.77E−11 2357; 2432; 2516; 2530; 2620; 2652; 2730; 2771; 2880; 2919; 2937; 3247; 3553; 3579; 3854; 4059; 4230; 4232; 4236; 4617; 4645; 4664; 4679; 4717; 4894; 4947; 4959; 4974; 5100; 5167; 5270 259 450; 1800; 1914; 2996; 4590 100 100 100 100 100 7.77E−11 260 10; 41; 481; 515; 972; 1299; 1445; 2024; 2642; 3005; 3042; 3565; 3796; 3966; 4089; 4149; 4300; 4534; 5238; 5251 100 100 100 100 100 7.77E−11 261 146; 840; 1140; 1748; 2698; 2931; 3956; 4861; 4912 100 100 100 100 100 7.77E−11 262 502; 2787; 2827; 4269; 5250 100 100 100 100 100 7.77E−11 263 134; 235; 378; 712; 775; 1003; 1023; 1163; 1228; 1500; 1568; 1653; 1719; 1925; 1937; 2047; 2272; 2359; 100 100 100 100 100 7.77E−11 2554; 2620; 2667; 2815; 2918; 2996; 3159; 3196; 3494; 3610; 3796; 3929; 3931; 4142; 4373; 4395; 4473; 4786; 4794; 4986; 5141 264 144; 1518; 1710; 1961; 2184; 2304; 2442; 3697; 3729; 3902 100 100 100 100 100 7.77E−11 265 423; 463; 657; 847; 915; 924; 1109; 1122; 1261; 1341; 1563; 1610; 2042; 2246; 2429; 2600; 3159; 3440; 100 100 100 100 100 7.77E−11 4247; 4589; 4648; 4750; 5100 266 294; 485; 1218; 1707; 2340; 2640; 3043; 3341; 4234; 4438 100 100 100 100 100 7.77E−11 267 103; 194; 286; 320; 501; 692; 716; 1376; 1443; 1563; 1746; 1853; 2032; 2121; 2333; 2835; 3166; 3305; 100 100 100 100 100 7.77E−11 3415; 3463; 3496; 3497; 3533; 3801; 3900; 3990; 4001; 4094; 4108; 4143; 4194; 4219; 4798; 5151 268 101; 308; 387; 2046; 2365; 4028; 4095; 4508; 5010; 5210 100 100 100 100 100 7.77E−11 269 27; 99; 151; 178; 238; 369; 384; 771; 1065; 1271; 1277; 1322; 1454; 1480; 1507; 1574; 1618; 1659; 1662; 100 100 100 100 100 7.77E−11 1716; 1822; 1836; 1840; 1934; 1980; 1984; 2163; 2580; 2601; 2621; 2678; 3250; 3253; 3431; 3438; 3633; 3688; 3863; 3904; 4085; 4313; 4448; 4630; 4741; 4839; 4958; 5083 270 219; 889; 2595; 2943; 2990; 3413; 3708; 4318; 4519 100 100 100 100 100 7.77E−11 271 1104; 1386; 1766; 1868; 2588; 3209; 3390; 4228 100 100 100 100 100 7.77E−11 272 5; 525; 950; 1111; 1308; 2610; 3865; 5156 100 100 100 100 100 7.77E−11 273 599; 1263; 2763; 3240; 3502; 4228; 4830; 5284 100 100 100 100 100 7.77E−11 274 31; 595; 2628; 3051; 3273; 3577; 3917; 3936; 5025; 5265 100 100 100 100 100 7.77E−11 275 85; 236; 257; 1218; 1271; 1706; 1846; 2242; 2276; 2477; 2897; 2924; 3501; 3721; 4019; 4430; 4755; 4966 100 100 100 100 100 7.77E−11 276 592; 1082; 1595; 1756; 2114; 3673; 3710; 4095; 4166; 5224 100 100 100 100 100 7.77E−11 277 0; 207; 324; 343; 472; 850; 3588; 3636; 4261; 4566; 4618; 4733; 4848; 5098 100 100 100 100 100 7.77E−11 278 212; 749; 1581; 4057; 4292; 5014; 5099 100 100 100 100 100 7.77E−11 279 563; 3174; 4417; 4626; 4998 100 100 100 100 100 7.77E−11 280 75; 532; 1046; 1657; 2276; 2748; 2889; 2930; 4278; 4420 100 100 100 100 100 7.77E−11 281 207; 3113; 3509; 3778; 4376 100 100 100 100 100 7.77E−11 282 69; 152; 207; 242; 266; 326; 571; 598; 667; 721; 785; 910; 929; 1029; 1044; 1050; 1212; 1330; 1376; 1377; 100 100 100 100 100 7.77E−11 1718; 1795; 1848; 1993; 2049; 2141; 2351; 2499; 2680; 2815; 3017; 3082; 3176; 3219; 3282; 3454; 3480; 3535; 3588; 3687; 3791; 3923; 4066; 4104; 4206; 4835; 4854; 4942; 5014; 5251 283 105; 194; 266; 752; 976; 1096; 1299; 1633; 1732; 1787; 1872; 2103; 2257; 2457; 2819; 2931; 2954; 3419; 100 100 100 100 100 7.77E−11 3644; 3762; 3887; 4059; 4134; 4265; 4365; 4513; 4638; 4977; 5094; 5217; 5234 284 240; 268; 407; 491; 614; 777; 785; 814; 1050; 1114; 1215; 1268; 1309; 1311; 1595; 1604; 1684; 1971; 100 100 100 100 100 7.77E−11 2404; 3082; 3195; 3478; 3496; 4018; 4144; 4194; 4295; 4394; 4419; 4628; 4757; 4844; 5033; 5157; 5193 285 421; 832; 854; 957; 1890; 3146; 3876; 4360; 4651 100 100 100 100 100 7.77E−11 286 381; 1160; 1292; 1375; 1731; 1804; 1886; 1911; 1961; 2171; 2200; 2346; 2408; 2491; 2513; 2528; 2650; 100 100 100 100 100 7.77E−11 2820; 2846; 3030; 3309; 3596; 3685; 3784; 3788; 3865; 3900; 3913; 3959; 3975; 4218; 4331; 4596; 4912; 5275 287 135; 368; 369; 650; 1063; 1081; 1202; 1517; 1575; 2817; 3971; 4981 100 100 100 100 100 7.77E−11 288 94; 1708; 2087; 2236; 2297; 2492; 2742; 2846; 2867; 2900; 2907; 2986; 3128; 3769; 3835; 3847; 4026; 100 100 100 100 100 7.77E−11 4633; 4925; 5267; 5280 289 2715; 3259; 4224; 4498 100 100 100 100 100 7.77E−11 290 266; 1632; 3131; 3953; 5200 100 100 100 100 100 7.77E−11 291 213; 504; 617; 2852; 3086 100 100 100 100 100 7.77E−11 292 152; 345; 713; 1057; 2108; 2628; 3762; 4593; 5070; 5229 100 100 100 100 100 7.77E−11 293 889; 1186; 1446; 1456; 2206; 2303; 2534; 3059; 3131; 3542; 3697; 4396; 4419; 4717 100 100 100 100 100 7.77E−11 294 57; 318; 1125; 2120; 2363; 2932; 3340; 3528; 3583; 4146 100 100 100 100 100 7.77E−11 295 206; 296; 688; 1163; 1260; 1269; 1504; 1951; 2207; 2255; 2287; 2471; 2498; 2528; 2570; 2721; 2919; 100 100 100 100 100 7.77E−11 2970; 3202; 3661; 3738; 3745; 3894; 3916; 4076; 4114; 4161; 4171; 4332; 4497 296 266; 423; 506; 680; 1151; 1286; 1320; 1398; 1427; 1593; 1777; 1810; 2037; 2295; 2306; 3246; 3378; 100 100 100 100 100 7.77E−11 3550; 3759; 3792; 4078; 4350; 4787; 4901; 5028; 5257 297 199; 1206; 1593; 3948; 4284; 4377; 4676 100 100 100 100 100 7.77E−11 298 423; 1676; 1766; 2058; 2523; 2979; 3361; 4627; 5260 100 100 100 100 100 7.77E−11 299 8; 46; 303; 526; 941; 971; 1388; 1420; 1803; 1915; 2074; 2125; 2318; 2336; 2542; 2803; 2911; 3251; 100 100 100 100 100 7.77E−11 3267; 3297; 3365; 3567; 3886; 4143; 4187; 4423; 4861; 5201 300 120; 123; 405; 438; 682; 721; 1206; 1396; 1887; 2082; 2201; 2231; 2633; 2761; 2955; 3283; 3403; 4035; 100 100 100 100 100 7.77E−11 4115; 4298; 4324; 4367; 4515; 4523; 4604; 4633; 4639; 4678; 4739; 4862; 4953; 5090 301 1331; 2539; 2552; 2604; 2708; 2858; 4057; 4556; 4977; 5096 100 100 100 100 100 7.77E−11 302 267; 522; 691; 859; 945; 1121; 1232; 1726; 2406; 3221; 3332; 3549; 3824; 4272; 4357; 4976; 5030; 5178 100 100 100 100 100 7.77E−11 303 407; 920; 1081; 1292; 1662; 2183; 2464; 2515; 3019; 3289; 3454; 4032; 4876 100 100 100 100 100 7.77E−11 304 146; 357; 415; 547; 647; 666; 1435; 1472; 1474; 1799; 2311; 2318; 2375; 2412; 2416; 2444; 2498; 2910; 100 100 100 100 100 7.77E−11 2977; 3139; 3147; 3179; 3269; 3370; 3455; 3488; 3522; 4125; 4201; 4252; 4379; 4389; 4597; 4622; 4709; 4896; 4937; 5156; 5272 305 564; 1686; 1935; 2897; 3350; 4267; 4431; 4837; 5267 100 100 100 100 100 7.77E−11 306 50; 286; 293; 338; 421; 624; 749; 798; 1254; 1398; 1578; 1587; 1936; 2124; 2168; 2392; 2545; 2713; 100 100 100 100 100 7.77E−11 3078; 3141; 3421; 3550; 3734; 3759; 3857; 3905; 4002; 4564; 4899; 5048 307 508; 984; 1422; 2490; 3067; 3611; 3658; 4108; 4226; 4593 100 100 100 100 100 7.77E−11 308 354; 501; 610; 1247; 1659; 1841; 2173; 2371; 4473; 4984 100 100 100 100 100 7.77E−11 309 12; 15; 679; 715; 843; 910; 2236; 2514; 2826; 3295; 3381; 3862; 4498; 5018 100 100 100 100 100 7.77E−11 310 331; 424; 743; 1366; 1386; 1388; 1683; 1898; 1909; 1943; 2344; 2475; 2503; 2611; 2759; 3554; 3601; 100 100 100 100 100 7.77E−11 3720; 3982; 4009; 4178; 4544; 4923; 4984 311 2097; 3496; 4401; 4585; 4735 100 100 100 100 100 7.77E−11 312 890; 1273; 1903; 1926; 2031; 3620; 4284; 5196 100 100 100 100 100 7.77E−11 313 207; 465; 496; 654; 1000; 1004; 1008; 1206; 1283; 1374; 1966; 2138; 2211; 2753; 2780; 2861; 2951; 100 100 100 100 100 7.77E−11 3482; 3988; 4768; 4917; 4931; 4933 314 44; 49; 90; 203; 213; 346; 461; 804; 1199; 1264; 1378; 1473; 1557; 1566; 1589; 1686; 1913; 1975; 2037; 100 100 100 100 100 7.77E−11 2170; 2308; 2499; 2507; 2517; 2595; 2626; 2633; 2686; 2730; 2926; 2973; 3006; 3023; 3078; 3293; 3305; 3483; 3626; 3707; 3776; 3915; 3951; 3993; 4046; 4323; 4439; 4773; 4887; 5084; 5163 315 527; 696; 847; 889; 1049; 1251; 1276; 1377; 1702; 2109; 2395; 2691; 2733; 2734; 2860; 2863; 3096; 100 100 100 100 100 7.77E−11 3144; 3166; 3303; 3336; 3364; 3422; 3693; 3732; 3880; 3882; 3990; 4004; 4036; 4146; 4169; 4237; 4402; 4408; 4436; 4468; 4783; 5002; 5068; 5142; 5213; 5233; 5253; 5259 316 219; 2240; 2616; 4081 100 100 100 100 100 7.77E−11 317 74; 77; 410; 588; 603; 804; 811; 832; 868; 974; 976; 986; 1395; 1401; 1406; 1474; 1570; 1681; 1706; 100 100 100 100 100 7.77E−11 1891; 2108; 2115; 2360; 2450; 2505; 2851; 2878; 3210; 3455; 3461; 3628; 3676; 3707; 3789; 3828; 3860; 4050; 4134; 4159; 4207; 4217; 4510; 4571; 4637; 4672; 4677; 4885; 4960; 5106; 5205 318 141; 415; 454; 640; 648; 1130; 1384; 1477; 1560; 1879; 1890; 1900; 2101; 2237; 2698; 2714; 2824; 100 100 100 100 100 7.77E−11 2845; 2978; 3166; 3221; 3298; 3302; 3435; 3690; 3720; 3906; 4057; 4176; 4355; 4669; 4754; 4942; 5122 319 382; 461; 1191; 1903; 2078; 2720; 2760 100 100 100 100 100 7.77E−11 320 51; 174; 717; 1106; 3264; 4488 100 100 100 100 100 7.77E−11 321 83; 320; 367; 527; 678; 1323; 1695; 1828; 1880; 1991; 2083; 2092; 2390; 2596; 2723; 2836; 2942; 3441; 100 100 100 100 100 7.77E−11 3969; 4190; 4346; 4394; 4637; 4687; 5135 322 64; 177; 574; 987; 1203; 1564; 1758; 1991; 2011; 2030; 2163; 2620; 2792; 3494; 3710; 4143; 4252; 100 100 100 100 100 7.77E−11 4447; 4708; 5070; 5186 323 83; 519; 1009; 1178; 3527; 3640; 3925; 4259; 4580; 4672 100 100 100 100 100 7.77E−11 324 50; 929; 1735; 2755; 4023; 4225; 4746; 4769; 5214 100 100 100 100 100 7.77E−11 325 26; 75; 112; 140; 254; 322; 325; 332; 437; 482; 775; 887; 1304; 1508; 1509; 1617; 1810; 2120; 2190; 100 100 100 100 100 7.77E−11 2534; 2578; 2612; 2871; 2939; 2954; 3185; 3190; 3297; 3369; 3420; 3572; 3817; 3828; 3937; 4040; 4785; 5002; 5021; 5177 326 670; 1339; 1815; 3152; 3584; 3891; 4202; 4237; 4777; 5074 100 100 100 100 100 7.77E−11 327 564; 1439; 1513; 1893; 2624; 2863; 3515; 4004; 4945; 5006 100 100 100 100 100 7.77E−11 328 640; 742; 881; 1370; 2383; 2397; 3083; 3966; 4138 100 100 100 100 100 7.77E−11 329 152; 430; 532; 1538; 2830; 3194; 3507; 3699 100 100 100 100 100 7.77E−11 330 526; 1143; 1373; 3202; 3321; 3610; 4159; 5070; 5088; 5165 100 100 100 100 100 7.77E−11 331 941; 962; 1868; 2757; 3913; 4228 100 100 100 100 100 7.77E−11 332 106; 266; 334; 540; 626; 672; 777; 823; 833; 1106; 1323; 1621; 2063; 2125; 2458; 2577; 2584; 2686; 100 100 100 100 100 7.77E−11 3037; 3042; 3355; 3408; 3578; 3706; 3788; 3813; 3833; 3838; 3878; 3968; 4061; 4112; 4358; 4602 4633; 4648 333 1175; 1335; 3940; 4077; 5260 100 100 100 100 100 7.77E−11 334 227; 235; 915; 1095; 1474; 2155; 2211; 2246; 2386; 2424; 2613; 2752; 3328; 3380; 3505; 3732; 3932; 100 100 100 100 100 7.77E−11 4088; 4126; 4631; 5077 335 176; 179; 352; 496; 529; 577; 594; 640; 704; 1106; 1214; 1251; 1267; 1335; 1354; 1454; 1457; 1563; 100 100 100 100 100 7.77E−11 1678; 1815; 1906; 1923; 2029; 2257; 2564; 2818; 2822; 3106; 3315; 3627; 3828; 3871; 3939; 4101; 4162; 4180; 4366; 4464; 4547; 4618; 4742; 4760; 4844; 5009; 5214; 5220 336 534; 571; 581; 701; 718; 1220; 1241; 1720; 1770; 2250; 2265; 2572; 2714; 2732; 2972; 3198; 3270; 100 100 100 100 100 7.77E−11 3341; 3464; 3510; 3555; 3599; 3722; 3739; 3939; 3941; 3994; 4159; 4173; 4188; 4262; 4426; 4551; 4607; 4633; 4760; 4815; 4832; 4877; 4933; 4981 337 84; 120; 232; 330; 397; 417; 520; 544; 601; 611; 690; 719; 816; 975; 1124; 1276; 1289; 1361; 1406; 100 100 100 100 100 7.77E−11 1501; 1526; 1669; 1683; 1746; 1844; 1875; 1888; 2058; 2202; 2618; 2653; 3110; 3148; 3209; 3485; 3530; 3551; 3577; 3595; 3977; 4082; 4122; 4318; 4495; 4634; 4753; 4849; 5013; 5223 338 4; 194; 774; 1147; 1292; 1391; 1599; 1809; 1874; 2153; 2162; 2211; 2440; 2542; 2651; 2761; 2807; 100 100 100 100 100 7.77E−11 2810; 2845; 3066; 3193; 3310; 3445; 3471; 3536; 3932; 4314; 4613; 4651; 4705; 4838; 4883; 5046; 5109; 5142; 5189 339 250; 500; 505; 643; 744; 1208; 1307; 1323; 1412; 1413; 1598; 1745; 1799; 1841; 1858; 1930; 2125; 100 100 100 100 100 7.77E−11 2218; 2227; 2294; 2326; 2475; 2611; 2712; 2837; 2930; 2955; 2971; 3008; 3205; 3537; 3885; 3913; 4130; 4497; 4693; 4730; 4861; 4980; 5015 340 358; 2291; 2534; 2742; 3012; 3998; 4530; 4839; 4868 100 100 100 100 100 7.77E−11 341 488; 703; 751; 869; 910; 920; 1358; 1368; 1413; 1875; 1883; 1991; 2134; 2193; 2501; 2527; 2579; 100 100 100 100 100 7.77E−11 2642; 2672; 2686; 2759; 2852; 2976; 3114; 3420; 3702; 3748; 3829; 3986; 4186; 4325; 4434; 4443; 4610; 4841; 4997; 5227; 5257 342 287; 478; 919; 1751; 2118; 2266; 2796; 3216; 4064; 4767; 4886; 5008 100 100 100 100 100 7.77E−11 343 36; 144; 319; 586; 688; 896; 1189; 1411; 1420; 1499; 1794; 1961; 2051; 2564; 3108; 3238; 3298; 3381; 100 100 100 100 100 7.77E−11 3502; 3781; 3801; 3809; 3931; 4318; 4473; 4523; 4642; 4798; 4834; 5028 344 94; 181; 219; 233; 442; 481; 546; 682; 1523; 1557; 1562; 2065; 2071; 2171; 2210; 2214; 2239; 2301; 100 100 100 100 100 7.77E−11 2317; 2846; 2923; 2982; 3240; 3248; 3691; 3987; 4364; 4417; 4505; 4603; 4635; 4873; 5123 345 110; 191; 225; 315; 378; 612; 1416; 1491; 1541; 1649; 1724; 1784; 2045; 2056; 2116; 2133; 2194; 2221; 100 100 100 100 100 7.77E−11 2241; 2344; 2514; 2566; 2910; 3290; 3454; 3641; 3867; 3912; 4049; 4245; 4291; 4299; 4390; 4434; 4473; 4499; 4578; 4604; 4717; 4735; 4756; 4794; 4884; 4894; 5156 346 62; 1800; 2373; 2783; 2880; 2957; 3087; 3619; 4205; 4735 100 100 100 100 100 7.77E−11 347 100; 352; 384; 603; 939; 1421; 1914; 2602; 2732; 4530 100 100 100 100 100 7.77E−11 348 141; 298; 343; 552; 553; 731; 899; 920; 1268; 1384; 1876; 1889; 2031; 2128; 2170; 2199; 2227; 2327; 100 100 100 100 100 7.77E−11 2560; 2656; 2989; 3014; 3086; 3397; 3432; 3608; 3760; 3778; 3885; 3927; 4031; 4096; 4187; 4195; 4257; 4318; 4328; 4390; 4602; 4685; 4742; 4826; 4864; 5005; 5063; 5099; 5157; 5221 349 1004; 1069; 1652; 1840; 1980; 2279; 2762; 3095; 3292; 4044; 4172; 4175; 4206; 4261; 4498; 4645; 100 100 100 100 100 7.77E−11 4669; 4887; 5004 350 3; 67; 507; 824; 911; 1506; 1856; 1963; 2809; 3759; 3769; 4018; 4075; 4077; 4351; 4387; 4865; 5065; 5178; 5192 100 100 100 100 100 7.77E−11 351 173; 219; 242; 249; 411; 437; 593; 649; 794; 845; 850; 881; 908; 992; 1089; 1175; 1342; 1386; 1683; 100 100 100 100 100 7.77E−11 1712; 1917; 1940; 2204; 2272; 2362; 2459; 2629; 2633; 2667; 2863; 2938; 3128; 3209; 3559; 3677; 3730; 3812; 4028; 4138; 4207; 4412; 4513; 4706 352 152; 1167; 4476 100 100 100 100 100 7.77E−11 353 83; 655; 1472; 2660; 4869 100 100 100 100 100 7.77E−11 354 289; 332; 401; 452; 573; 603; 605; 612; 619; 937; 1023; 1195; 1345; 1496; 1498; 1548; 1622; 1650; 100 100 100 100 100 7.77E−11 1678; 1875; 2064; 2168; 2352; 2549; 2677; 2715; 2746; 3051; 3053; 3287; 3391; 3586; 3595; 3815; 3958; 4435; 4792; 4795; 5033; 5156 355 377; 784; 1126; 1228; 1388; 1606; 4203; 4465 100 100 100 100 100 7.77E−11 356 1894; 2019; 2770; 3064; 4361; 4942; 4963 100 100 100 100 100 7.77E−11 357 160; 506; 1401; 2810; 2960; 4435; 4514; 4646; 4982 100 100 100 100 100 7.77E−11 358 43; 75; 463; 467; 961; 1300; 1356; 1722; 1848; 1890; 1892; 2158; 2237; 2323; 2329; 2458; 3517; 3549; 100 100 100 100 100 7.77E−11 3901; 4378; 4406; 4457; 4604; 4644; 4841; 4854; 4991; 5009; 5140 359 46; 64; 113; 230; 240; 437; 564; 566; 578; 604; 663; 929; 933; 1180; 1240; 1957; 2079; 2307; 2665; 2757; 100 100 100 100 100 7.77E−11 2809; 2837; 2868; 3050; 3088; 3181; 3214; 3247; 3257; 3528; 3587; 3617; 3656; 3760; 4041; 4298; 4470; 4732; 4754; 4913; 4940; 4953; 5021; 5084; 5107; 5109; 5140 360 152; 233; 314; 366; 435; 1476; 1712; 2144; 2234; 2374; 2429; 2568; 2695; 2937; 3803; 4115; 4438; 100 100 100 100 100 7.77E−11 4475; 4707; 5111; 5277 361 77; 158; 489; 601; 967; 1338; 1451; 1507; 1745; 2170; 2539; 2564; 2623; 2682; 2760; 2940; 3016; 3116; 100 100 100 100 100 7.77E−11 3223; 3455; 3474; 3493; 3736; 3870; 4144; 4310; 4328; 4659 362 95; 342; 1029; 1248; 1251; 1346; 2267; 3075; 3309; 3557; 3867; 4076; 4864 100 100 100 100 100 7.77E−11 363 218; 611; 1255; 1429; 2036; 2070; 2706; 3446; 4918 100 100 100 100 100 7.77E−11 364 622; 923; 1565; 1716; 2773; 2821; 4363; 5022 100 100 100 100 100 7.77E−11 365 28; 34; 139; 181; 310; 417; 586; 685; 717; 844; 1171; 1288; 1461; 1477; 1503; 1798; 2021; 2377; 2948; 100 100 100 100 100 7.77E−11 2965; 3116; 3209; 3355; 3417; 3569; 3619; 3767; 3820; 3937; 4100; 4144; 4216; 4559; 4625; 4927; 5054; 5158; 5269 366 146; 896; 1336; 1408; 1409; 1880; 2096; 2136; 3219; 3975; 5036; 5241 100 100 100 100 100 7.77E−11 367 220; 238; 369; 1428; 2437; 3559; 4238; 4297; 4475; 4602; 4630; 4770; 4863; 5101 100 100 100 100 100 7.77E−11 368 331; 694; 786; 1080; 1371; 1754; 2003; 2056; 2925; 3685; 4180; 4474; 4723; 4859; 4903; 4979 100 100 100 100 100 7.77E−11 369 74; 87; 287; 438; 470; 570; 577; 1265; 1433; 1759; 2041; 2413; 2462; 2583; 2740; 3197; 3209; 3312; 100 100 100 100 100 7.77E−11 3343; 3595; 4060; 4279; 4296; 4394; 4444; 4567 370 45; 47; 122; 189; 348; 356; 392; 958; 1194; 1211; 1372; 1391; 1672; 1729; 1906; 1935; 2321; 2444; 100 100 100 100 100 7.77E−11 2804; 3009; 3395; 3515; 4011; 4313; 4316; 4566; 4630; 4652; 4998; 5248 371 277; 363; 648; 892; 1229; 1253; 1283; 1335; 1598; 1631; 1680; 1730; 1780; 1911; 1935; 2115; 2172; 100 100 100 100 100 7.77E−11 2198; 2278; 2476; 2483; 2599; 2642; 2843; 2954; 2978; 3061; 3165; 3195; 3369; 3421; 3512; 3674; 3744; 3869; 3899; 3929; 4058; 4255; 4274; 4364; 4437; 4472; 4545; 4846; 4930; 4963; 4995 372 146; 1152; 3167; 4026; 4942; 5068 100 100 100 100 100 7.77E−11 373 269; 634; 1632; 3962; 4073; 4888 100 100 100 100 100 7.77E−11 374 1758; 2257; 2784; 3202 100 100 100 100 100 7.77E−11 375 1152; 4587 100 100 100 100 100 7.77E−11 376 32; 346; 379; 388; 491; 515; 585; 917; 965; 1202; 1244; 1269; 1298; 1356; 1413; 1488; 1882; 1927; 100 100 100 100 100 7.77E−11 1935; 2300; 2431; 2641; 2735; 3182; 3209; 3234; 4054; 4086; 4140; 4164; 4217; 4263; 4271; 4283; 4472; 4572; 4649; 4826; 4846; 4894; 4992; 5094 377 961; 1203; 1591; 1782; 2217; 3012; 3075; 4517 100 100 100 100 100 7.77E−11 378 1903; 2125; 3814; 4141; 5004 100 100 100 100 100 7.77E−11 379 77; 746; 2211; 2304; 2928; 3587; 3677 100 100 100 100 100 7.77E−11 380 345; 784; 1169; 1606; 2717; 2858; 3082; 3324; 3725; 3754; 3784; 3920; 4213; 4563; 4774; 4862; 5057 100 100 100 100 100 7.77E−11 381 219; 287; 1125; 2779; 3237; 3317; 3620; 3689; 3967 100 100 100 100 100 7.77E−11 382 37; 78; 107; 208; 282; 369; 410; 417; 424; 432; 450; 469; 645; 735; 1020; 1279; 1302; 1387; 1398; 1460; 100 100 100 100 100 7.77E−11 1715; 2014; 2031; 2047; 2391; 2684; 2811; 2916; 3111; 3127; 3379; 3459; 3632; 3643; 3750; 3973; 4060; 4314; 4376; 4593; 4641; 4648; 4827; 4898; 5115 383 153; 278; 392; 538; 554; 716; 1168; 1441; 1550; 1676; 1729; 1732; 1764; 1838; 1921; 1990; 2016; 2046; 100 100 100 100 100 7.77E−11 2255; 2341; 2406; 2619; 2833; 2910; 3073; 3093; 3183; 3306; 3388; 3401; 3674; 3854; 3903; 3943; 3949; 4084; 4113; 4272; 4290; 4452; 4476; 4633; 4667; 4766; 4790; 4809; 4956; 5208 384 166; 249; 256; 379; 498; 506; 584; 680; 785; 1262; 1375; 1591; 1681; 1813; 1943; 2073; 2164; 2255; 100 100 100 100 100 7.77E−11 2287; 2428; 3110; 3198; 3265; 3311; 3906; 3916; 3964; 3976; 3977; 4152; 4217; 4319; 4423; 4504; 4520; 4644; 4755; 4870; 5258; 5272; 5285 385 177; 659; 1089; 3079; 3285; 3288; 4006; 4222; 4657; 4721 100 100 100 100 100 7.77E−11 386 451; 1255; 1766; 2686; 2765 100 100 100 100 100 7.77E−11 387 147; 228; 237; 333; 377; 380; 455; 574; 782; 1117; 1129; 1548; 1603; 1777; 1853; 2021; 2042; 2419; 100 100 100 100 100 7.77E−11 2752; 2874; 3108; 3339; 3420; 3462; 3736; 3763; 4388; 4556; 4679; 4835; 4903; 5239; 5258 388 922; 1005; 1108; 1678; 2210; 2244; 2516; 2630; 2665; 3371; 3623; 5193 100 100 100 100 100 7.77E−11 389 1908; 2920; 3209; 4497; 5011; 5078; 5137 100 100 100 100 100 7.77E−11 390 131; 221; 444; 823; 1010; 1138; 1259; 1328; 1874; 1955; 2851; 2959; 3032; 3033; 3076; 3086; 3154; 100 100 100 100 100 7.77E−11 3316; 3420; 3602; 3640; 3646; 3949; 4149; 4207; 4208; 4543; 4841 391 326; 526; 937; 1009; 1083; 1297; 1398; 1405; 1484; 1695; 1704; 1780; 1950; 2033; 2052; 2137; 2289; 100 100 100 100 100 7.77E−11 2341; 2643; 2671; 2830; 2944; 3043; 3093; 3166; 3238; 3586; 3852; 3860; 3921; 3976; 4157; 4191; 4384; 4504; 4529; 4659; 4805; 4944; 4953; 4982; 5153 392 578; 2333; 2559; 2995; 4488; 4980 100 100 100 100 100 7.77E−11 393 772; 801; 1085; 2051; 2154; 3310; 3532; 3740 100 100 100 100 100 7.77E−11 394 3; 21; 41; 118; 422; 528; 974; 1002; 1181; 1365; 1453; 1697; 1722; 1742; 1946; 1965; 2029; 2344; 2375; 100 100 100 100 100 7.77E−11 2607; 2834; 2859; 2949; 2954; 3118; 3244; 3325; 3343; 3386; 3564; 3695; 3894; 3959; 4095; 4144; 4158; 4314; 4332; 4532; 4540; 4760; 4837; 4921; 4966; 5032 395 456; 633; 750; 1261; 1705; 1904; 3138; 3209; 3462 100 100 100 100 100 7.77E−11 396 660; 1181; 1390; 1445; 2335; 2564; 2979; 3112; 3143; 3298; 3359; 3529; 3563; 3795; 4080; 4227; 4388; 4744 100 100 100 100 100 7.77E−11 397 647; 1151; 1347; 1420; 2671; 2692; 2827; 3701; 4286 100 100 100 100 100 7.77E−11 398 1186; 2014; 2451; 3666; 3782; 4770; 5201 100 100 100 100 100 7.77E−11 399 75; 111; 250; 412; 433; 506; 800; 1056; 1350; 1401; 1454; 1588; 1812; 1829; 1952; 2081; 2183; 2403; 100 100 100 100 100 7.77E−11 2433; 2435; 2696; 2821; 3198; 3216; 3304; 3511; 3568; 3745; 3772; 4037; 4214; 4371; 4388; 4503; 4670; 4779; 4807; 4935; 5075; 5193; 5221 400 27; 203; 325; 422; 431; 493; 523; 1129; 1162; 1192; 1280; 1449; 1469; 1607; 1764; 1868; 1878; 1880; 100 100 100 100 100 7.77E−11 1946; 2044; 2080; 2091; 2237; 2244; 2290; 2314; 2427; 2624; 2723; 2781; 2900; 3027; 3336; 3488; 3606; 3755; 3859; 4069; 4314; 4376; 4533; 4632; 4657; 4836; 4884; 4969; 5190; 5216; 5251 401 231; 753; 859; 1623; 1854; 2227; 3129; 3586; 3710 100 100 100 100 100 7.77E−11 402 219; 1178; 1347; 1818; 2904; 5070 100 100 100 100 100 7.77E−11 403 397; 913; 1690; 1935; 2153; 2415; 2447; 2460; 3226; 4371 100 100 100 100 100 7.77E−11 404 46; 89; 397; 569; 601; 621; 646; 711; 719; 1226; 1504; 2067; 2260; 2339; 2404; 2607; 3075; 3165; 3209; 100 100 100 100 100 7.77E−11 3296; 3363; 3443; 3509; 4034; 4089; 4166; 4389; 4435; 4548; 4698; 4836; 4986; 5111; 5284 405 178; 415; 579; 591; 924; 965; 1039; 1098; 1534; 1548; 1634; 1874; 2150; 2208; 2246; 2665; 2886; 2938; 100 100 100 100 100 7.77E−11 3096; 3391; 3397; 3773; 3971; 4006; 4378; 4394; 4545; 4559; 4666; 4766; 5043; 5063 406 127; 265; 646; 1561; 2403; 2870; 2971; 3591; 4865; 5201 100 100 100 100 100 7.77E−11 407 629; 937; 1521; 1731; 1928; 2075; 2240; 3589; 4057; 4541; 5239; 5286 100 100 100 100 100 7.77E−11 408 135; 906; 1665; 3347; 5231 100 100 100 100 100 7.77E−11 409 581; 1167; 1375; 2667; 3422; 4418 100 100 100 100 100 7.77E−11 410 205; 282; 478; 553; 774; 985; 1103; 1351; 1662; 1782; 2375; 2451; 2628; 2806; 3196; 3357; 3364; 100 100 100 100 100 7.77E−11 3518; 3662; 3699; 3715; 3776; 3893; 4012; 4442; 4630; 4769; 5231 411 8; 234; 475; 510; 529; 611; 618; 713; 1809; 2158; 2506; 2520; 2538; 2676; 2809; 2820; 2889; 3064; 100 100 100 100 100 7.77E−11 3227; 3259; 3271; 3285; 3313; 3383; 3500; 3508; 3575; 3677; 3860; 3868; 3916; 4071; 4078; 4138; 4348; 4580; 4597; 4637; 4923; 5048; 5208 412 126; 188; 207; 217; 560; 580; 727; 949; 1135; 1604; 1701; 1800; 2340; 2494; 2510; 2650; 2680; 2714; 100 100 100 100 100 7.77E−11 2795; 2822; 3045; 3209; 3295; 3315; 3416; 3926; 3954; 3972; 4139; 4169; 4389; 4723; 4859; 5148; 5204; 5259 413 392; 794; 1231; 2208; 2863; 3498; 3724; 4186; 4580 100 100 100 100 100 7.77E−11 414 44; 135; 320; 393; 429; 560; 675; 692; 698; 934; 984; 1323; 1399; 1577; 1580; 1585; 1609; 2128; 2207; 100 100 100 100 100 7.77E−11 2234; 2508; 2587; 2617; 2650; 2687; 2691; 2910; 2917; 3209; 3233; 3371; 3564; 3659; 3864; 3875; 4025; 4068; 4176; 4197; 4309; 4340; 4462; 4474; 4574; 4613; 4690; 4860; 5000; 5053 415 180; 325; 437; 544; 634; 902; 1775; 1957; 2007; 2027; 2082; 2476; 2941; 3384; 3893; 4096; 4546; 4654; 100 100 100 100 100 7.77E−11 4857; 4967 416 129; 539; 549; 614; 877; 1282; 1721; 1928; 2474; 2482; 2849; 3592; 4058; 4067; 4564; 4603; 4668; 4903; 5028 100 100 100 100 100 7.77E−11 417 98; 241; 287; 498; 561; 834; 861; 1044; 1124; 1171; 1518; 1947; 1994; 2180; 2194; 2623; 2941; 3402; 100 100 100 100 100 7.77E−11 3450; 3840; 4225; 4440; 4457; 4613; 4709; 4855; 4945; 4950; 5010 418 672; 927; 1243; 1927; 2399; 2599; 3102; 3974; 4010; 4048 100 100 100 100 100 7.77E−11 419 118; 630; 3976; 4360; 4434; 4652 100 100 100 100 100 7.77E−11 420 138; 1307; 1712; 2297; 2623; 3552; 3782; 4294; 4324; 4490 100 100 100 100 100 7.77E−11 421 1396; 2523; 4250; 5043 100 100 100 100 100 7.77E−11 422 46; 529; 1143; 1401; 1573; 1868; 3214; 3259; 3381; 3760; 4130; 4156; 4611; 4714; 5054; 5205; 5206 100 100 100 100 100 7.77E−11 423 25; 62; 71; 152; 203; 218; 371; 851; 1047; 1549; 1610; 1736; 1739; 1868; 1906; 2234; 2307; 2378; 2450; 100 100 100 100 100 7.77E−11 2468; 2792; 2869; 3152; 3153; 3217; 3277; 3444; 3539; 3618; 3630; 3745; 4012; 4230; 4404; 4523; 4562; 4592; 4669; 4695; 4735; 4757 424 1796; 2850; 3747; 4191; 4434; 4831 100 100 100 100 100 7.77E−11 425 607; 982; 1701; 2807; 4028 100 100 100 100 100 7.77E−11 426 4; 747; 2125; 2613; 2831; 3009; 4084; 4927 100 100 100 100 100 7.77E−11 427 1461; 1665; 2004; 2084; 2427; 3656; 4763 100 100 100 100 100 7.77E−11 428 407; 531; 1259; 1785; 2344; 2490; 4972; 5106 100 100 100 100 100 7.77E−11 429 965; 1143; 1529; 2489; 3033; 3293; 3508; 3582; 3706 100 100 100 100 100 7.77E−11 430 27; 178; 1024; 1046; 1086; 1133; 1395; 1428; 1763; 1929; 1963; 2155; 2220; 2424; 2643; 2787; 2828; 100 100 100 100 100 7.77E−11 2857; 2922; 2928; 2943; 3388; 3726; 3960; 4109; 4132; 4272; 4316; 4383; 4769; 4978; 5020; 5128; 5177 431 289; 711; 749; 819; 865; 1032; 1376; 1439; 1818; 1934; 2158; 2234; 2257; 2440; 2477; 2639; 2708; 100 100 100 100 100 7.77E−11 3243; 3643; 3748; 3773; 3815; 3914; 4118; 4254; 4298; 4460; 4855 432 687; 1208; 1375; 2944; 4214; 4312; 5054 100 100 100 100 100 7.77E−11 433 268; 330; 656; 1239; 1269; 1271; 1276; 2290; 2513; 2607 100 100 100 100 100 7.77E−11 434 1242; 2024; 2128; 2640; 2702; 3948; 3975; 4669; 4846 100 100 100 100 100 7.77E−11 435 161; 519; 723; 737; 768; 1097; 1219; 1549; 1894; 2072; 2463; 2615; 3059; 3067; 3800; 3923; 3986; 5036 100 100 100 100 100 7.77E−11 436 336; 1171; 1593; 2621; 2898; 2907; 3612; 3651; 3822; 4112; 4117; 4206; 4281; 4975; 5181; 5283 100 100 100 100 100 7.77E−11 437 345; 348; 353; 442; 530; 606; 1104; 1182; 1241; 1448; 1487; 1624; 2028; 2191; 2610; 2624; 2806; 100 100 100 100 100 7.77E−11 3093; 3128; 3232; 3308; 3343; 3381; 3505; 3542; 3581; 3771; 3779; 4354; 4441; 4586; 4658; 4714; 4724; 4814 438 784; 2566; 2765; 3945; 4943 100 100 100 100 100 7.77E−11 439 37; 617; 710; 925; 1240; 1387; 2080; 2669; 2802; 2855; 3008; 3463; 3524; 4368; 4597; 5286 100 100 100 100 100 7.77E−11 440 285; 341; 356; 468; 607; 915; 918; 968; 1004; 1066; 1180; 1428; 1669; 1892; 2436; 2456; 2468; 2833; 100 100 100 100 100 7.77E−11 2959; 3035; 3289; 3446; 3450; 3496; 3533; 3563; 3616; 3665; 3777; 3898; 4202; 4226; 4316; 4377; 4382; 4444; 4534; 4546; 4614; 4735; 5062; 5155 441 220; 235; 331; 355; 368; 581; 602; 699; 819; 1639; 1683; 1717; 1846; 2306; 2307; 2456; 2551; 2582; 100 100 100 100 100 7.77E−11 2772; 3100; 3156; 3396; 3524; 3597; 4013; 4095; 4225; 4284; 4567; 4653; 4678; 4916; 4993; 5001 442 953; 2447; 3194; 3876; 3950; 4124; 4441; 4626; 4879; 5263 100 100 100 100 100 7.77E−11 443 1347; 1542; 2194; 2200; 2208; 3178; 3352; 3357; 4665; 4931 100 100 100 100 100 7.77E−11 444 647; 713; 1551; 2338; 2993; 3340; 3589; 4149 100 100 100 100 100 7.77E−11 445 788; 1417; 1629; 3399; 4353; 4835; 5157; 5197 100 100 100 100 100 7.77E−11 446 333; 623; 629; 899; 2113; 2333; 2516; 2672; 2686; 3223; 4207; 4341; 4386; 4451; 4648; 4884; 5025 100 100 100 100 100 7.77E−11 447 176; 421; 629; 726; 1100; 1476; 1673; 1741; 2151; 2595; 2926; 3218; 3281; 3840; 4526; 4594; 4768; 4954; 4975 100 100 100 100 100 7.77E−11 448 2314; 2760; 2831; 2930; 2983; 4469; 4704; 5233 100 100 100 100 100 7.77E−11 449 2640; 3252; 3416; 3509; 3829; 4805; 4950 100 100 100 100 100 7.77E−11 450 672; 1285; 2420; 2492; 2525; 3374; 3758; 4126; 4433; 5010 100 100 100 100 100 7.77E−11 451 68; 171; 352; 928; 972; 1312; 1482; 1527; 1537; 1589; 1640; 1826; 2077; 2283; 2380; 2415; 2507; 2950; 100 100 100 100 100 7.77E−11 3202; 3232; 3342; 3426; 3558; 3664; 3701; 3803; 3909; 3939; 3984; 4035; 4046; 4134; 4519; 4710; 4757; 4882; 5087; 5094; 5195 452 4; 1606; 5000; 5063; 5254 100 100 100 100 100 7.77E−11 453 380; 1050; 3136; 3415; 3972; 4994; 5037 100 100 100 100 100 7.77E−11 454 1238; 1550; 1905; 2313; 2929; 3939; 5018 100 100 100 100 100 7.77E−11 455 175; 270; 276; 297; 495; 545; 705; 859; 1046; 1192; 1358; 1388; 1475; 1616; 1769; 1994; 2017; 2429; 100 100 100 100 100 7.77E−11 2453; 2800; 2994; 3387; 3659; 3779; 4218; 4697; 4738; 5180; 5199 456 103; 164; 448; 519; 592; 606; 640; 646; 741; 934; 1090; 1178; 1714; 2262; 2299; 2350; 2359; 2434; 100 100 100 100 100 7.77E−11 2674; 2878; 2933; 3023; 3060; 3138; 3352; 3560; 3594; 3838; 3926; 4033; 4098; 4109; 4110; 4343; 4381; 4395; 4542; 4563; 4609; 4767; 4841; 4872; 5008; 5050; 5130; 5172 457 173; 248; 349; 559; 636; 667; 850; 876; 1012; 1452; 1481; 1499; 1520; 1608; 1743; 2070; 2105; 2141; 100 100 100 100 100 7.77E−11 2181; 2186; 2275; 2400; 2819; 2830; 2896; 2998; 3570; 3582; 3701; 4572; 4574; 5267 458 325; 424; 647; 991; 1193; 1686; 2989; 4038; 4093; 4438; 4693; 4725; 4763; 5220 100 100 100 100 100 7.77E−11 459 427; 1761; 2058; 2962; 3318; 4434; 4600 100 100 100 100 100 7.77E−11 460 627; 1036; 1206; 1474; 1555; 2100; 2271; 2331; 3289; 3743; 4669; 4891 100 100 100 100 100 7.77E−11 461 806; 1153; 1892; 2009; 2096; 3195; 3282; 3542; 4018; 4095 100 100 100 100 100 7.77E−11 462 514; 679; 727; 966; 1064; 1147; 1192; 1348; 1664; 1749; 1800; 1807; 1841; 1912; 1929; 1949; 2073; 100 100 100 100 100 7.77E−11 2144; 2153; 2234; 2286; 2581; 2757; 2862; 3076; 3081; 3109; 3244; 3378; 3460; 4106; 4144; 4178; 4457; 4653; 4772; 5004; 5041; 5160; 5210; 5241 463 8; 306; 437; 831; 1062; 1106; 1215; 1402; 1567; 1634; 1795; 1829; 1873; 2045; 2383; 2820; 3111; 3408; 100 100 100 100 100 7.77E−11 3567; 4589; 4608; 4692; 4735; 4817; 4918; 5107 464 56; 515; 822; 1612; 1661; 1838; 1904; 2528; 2628; 2797; 3209; 3256; 3318; 3539; 3974; 4135; 4374; 100 100 100 100 100 7.77E−11 4444; 4499; 4587; 5005; 5050 465 536; 738; 1335; 3561; 3927; 3949; 4094; 4498; 5001 100 100 100 100 100 7.77E−11 466 382; 398; 548; 619; 743; 774; 1064; 1196; 1200; 1293; 1378; 1399; 1506; 1590; 1724; 2257; 2313; 2363; 100 100 100 100 100 7.77E−11 2710; 3028; 3258; 3259; 3339; 3363; 3436; 3453; 3615; 3696; 3796; 4069; 4134; 4238; 4286; 4618; 4655; 4666; 4905; 4932 467 138; 541; 604; 678; 737; 738; 887; 1108; 1162; 1366; 1499; 1789; 2103; 2516; 2625; 3643; 4000; 4035; 100 100 100 100 100 7.77E−11 4196; 4360; 4474; 4681; 4705; 4875; 5000; 5002; 5058; 5105 468 140; 205; 456; 559; 905; 1086; 1355; 1563; 1745; 1767; 2484; 2667; 2845; 3276; 3346; 3785; 4183; 100 100 100 100 100 7.77E−11 4334; 4366; 4485; 4596; 4935; 5075; 5212; 5224; 5241 469 189; 213; 259; 537; 544; 725; 1541; 1946; 2677; 2935; 3028; 3580; 3661; 3756; 4208; 4281; 4506; 100 100 100 100 100 7.77E−11 4533; 5112; 5142 470 1456; 1562; 4263 100 100 100 100 100 7.77E−11 471 62; 218; 551; 683; 775; 777; 964; 1573; 1807; 1935; 2924; 3421; 3715; 3812; 4416; 4517; 4777; 5149; 5157 100 100 100 100 100 7.77E−11 472 3; 819; 835; 2210; 3142; 3346; 3639; 4915 100 100 100 100 100 7.77E−11 473 689; 943; 1457; 4384; 4735 100 100 100 100 100 7.77E−11 474 284; 383; 1340; 1366; 2488; 3128; 3491; 4239; 4240; 4254; 4863; 5156 100 100 100 100 100 7.77E−11 475 133; 185; 539; 615; 822; 1035; 1156; 1169; 1212; 1352; 1557; 2062; 2332; 2667; 2704; 3239; 3936; 100 100 100 100 100 7.77E−11 4186; 4214; 4380; 4399; 4414; 4903; 4961; 5009; 5133; 5177 476 827; 1271; 1282; 1343; 2138; 2971; 3542; 3644; 4100; 4820 100 100 100 100 100 7.77E−11 477 132; 222; 466; 1273; 1475; 1611; 2442; 2512; 2720; 3052; 3121; 3123; 3317; 3506; 3982; 4152; 4745; 5286 100 100 100 100 100 7.77E−11 478 497; 956; 4029 100 100 100 100 100 7.77E−11 479 216; 305; 559; 671; 1024; 1373; 1517; 2320; 2346; 2856; 2867; 2921; 2939; 2980; 3146; 3423; 3461; 100 100 100 100 100 7.77E−11 3808; 3861; 3883; 3891; 4186; 4263; 4561; 4772; 4894; 5249 480 825; 1317; 1938; 2320; 4300; 5268 100 100 100 100 100 7.77E−11 481 98; 835; 879; 1048; 1429; 1915; 1980; 3172; 4096; 4542; 4683; 4775; 4868 100 100 100 100 100 7.77E−11 482 146; 207; 246; 476; 572; 659; 749; 868; 892; 1162; 1600; 1655; 1799; 1956; 2274; 2351; 2431; 2615; 100 100 100 100 100 7.77E−11 2820; 2855; 2991; 3035; 3144; 3280; 3469; 3521; 3557; 3748; 3769; 3902; 4077; 4086; 4123; 4153; 4301; 4420; 4486; 4520; 4594; 4604; 4723; 4744; 4924; 5141; 5184; 5254; 5267 483 24; 152; 168; 214; 267; 484; 586; 743; 932; 1201; 1457; 1459; 1551; 1683; 1807; 2002; 2037; 2181; 100 100 100 100 100 7.77E−11 2182; 2264; 2887; 3014; 3200; 3327; 3396; 3535; 3558; 3743; 3962; 4017; 4043; 4147; 4266; 4467; 4470; 4488; 4508; 4510; 4835; 4838; 4983; 4995; 5021; 5078; 5170; 5214; 5215; 5262 484 50; 78; 110; 164; 320; 386; 495; 612; 788; 1144; 1283; 1365; 1401; 1496; 1677; 1709; 1740; 1937; 1980; 100 100 100 100 100 7.77E−11 2167; 2334; 2447; 2464; 2761; 2837; 2954; 2963; 3143; 3307; 3505; 3577; 3749; 3837; 3916; 4046; 4089; 4513; 4833; 4851; 4861; 5148; 5153; 5206 485 1663; 2656; 2889; 3173; 3252; 3538; 4324; 4797; 4918; 4994; 5208 100 100 100 100 100 7.77E−11 486 49; 218; 640; 734; 1646; 1755; 1802; 2307; 2835; 3180; 3578; 3960; 3991; 4086; 4202; 4240; 4584; 4948 100 100 100 100 100 7.77E−11 487 411; 454; 812; 1771; 2032; 2698; 3897; 4031; 5085 100 100 100 100 100 7.77E−11 488 8; 2669; 3172; 3414; 3505; 4194; 4632 100 100 100 100 100 7.77E−11 489 1297; 1901; 2049; 4117; 4909; 5101 100 100 100 100 100 7.77E−11 490 460; 630; 1022; 1447; 1803; 2089; 2948; 3082; 4468; 4630 100 100 100 100 100 7.77E−11 491 208; 958; 1057; 1468; 1550; 1703; 2073; 2388; 2561; 2959; 2986; 3087; 4670; 4686; 4950; 4985; 5086; 5206 100 100 100 100 100 7.77E−11 492 735; 4618; 4632 100 100 100 100 100 7.77E−11 493 2014; 2367; 2508; 3132; 3972 100 100 100 100 100 7.77E−11 494 44; 133; 587; 854; 999; 1175; 1226; 1473; 1771; 1859; 1917; 2183; 2212; 2335; 2397; 2432; 2665; 100 100 100 100 100 7.77E−11 2756; 3003; 3040; 3153; 3181; 3518; 3556; 3628; 3974; 4080; 4103; 4538; 4821; 4842; 5277 495 304; 430; 435; 590; 617; 681; 788; 930; 936; 940; 1103; 1169; 1327; 1343; 1375; 1509; 1518; 1792; 100 100 100 100 100 7.77E−11 2015; 2062; 2246; 2273; 2342; 2361; 2515; 2653; 2671; 2731; 2808; 2855; 3147; 3234; 3242; 3433; 3526; 3776; 4356; 4502; 4722; 4810; 4837; 4944; 5035; 5186; 5195; 5238; 5239; 5259 496 4952 100 100 100 100 100 7.77E−11 497 190; 498; 981; 1317; 1371; 2029; 2512; 2794; 2909; 3100; 3419; 3449; 3776; 3918; 4501; 4784; 4978 100 100 100 100 100 7.77E−11 498 115; 1155; 2277; 2346; 2471; 2542; 2649; 2659; 3991; 4178; 4179 100 100 100 100 100 7.77E−11 499 129; 327; 1764 100 100 100 100 100 7.77E−11 500 1376; 1448; 1719; 1748; 1985; 2558; 4693 100 100 100 100 100 7.77E−11 501 1380; 1658; 1702; 2397; 2980; 3270; 3329; 3798; 4600; 4712 100 100 100 100 100 7.77E−11 502 42; 478; 731; 765; 857; 983; 1977; 2487; 2870; 4144; 4800; 5270 100 100 100 100 100 7.77E−11 503 848; 1001; 1686; 2348; 3326; 4854; 5198 100 100 100 100 100 7.77E−11 504 80; 219; 2043; 2395; 3102; 3216; 3946; 4241 100 100 100 100 100 7.77E−11 505 1439; 2194; 2993; 3641; 4083; 4353 100 100 100 100 100 7.77E−11 506 246; 972; 1245; 2052; 2141; 2888; 2936; 3861; 4523; 4590; 5076 100 100 100 100 100 7.77E−11 507 646; 931; 1988; 3657; 3829; 3972 100 100 100 100 100 7.77E−11 508 362; 786; 980; 1378; 2023; 2026; 2373; 2648; 3457; 3535; 4679; 4898; 4899; 4954; 5039; 5048; 5082 100 100 100 100 100 7.77E−11 509 14; 334; 397; 957; 1226; 2125; 2920; 3209; 4545; 4561 100 100 100 100 100 7.77E−11 510 1870; 3401; 3823; 4781 100 100 100 100 100 7.77E−11 511 106; 427; 1309; 1401; 1935; 2338; 2370; 2657; 2741; 3071; 3232; 4360; 4712; 4994 100 100 100 100 100 7.77E−11 512 36; 215; 237; 494; 525; 635; 716; 753; 1062; 1152; 1290; 1459; 1717; 1745; 1802; 2209; 2215; 2511; 100 100 100 100 100 7.77E−11 2539; 2909; 2912; 3348; 3536; 3630; 3773; 3815; 4112; 4159; 4301; 4493; 4542; 4571; 4609; 4880; 4927; 5109 513 612; 899; 1095; 4282; 4755 100 100 100 100 100 7.77E−11 514 735; 1235; 1809; 1812; 2785; 3109; 3257; 3373; 3507; 3626; 3674; 4530; 4768 100 100 100 100 100 7.77E−11 515 34; 288; 416; 432; 726; 825; 905; 1194; 1215; 1566; 1777; 2096; 2403; 2454; 2831; 2878; 2918; 3108; 100 100 100 100 100 7.77E−11 3198; 3474; 3522; 3676; 4017; 4430; 4750; 4772; 4907 516 19; 219; 1181; 2250; 2455; 2682; 2691; 3985; 4873; 4927 100 100 100 100 100 7.77E−11 517 85; 336; 495; 581; 644; 663; 1056; 1345; 1350; 1382; 1460; 1576; 1633; 1748; 1894; 1980; 2024; 2267; 100 100 100 100 100 7.77E−11 2466; 2477; 2493; 2592; 2612; 2698; 2789; 3035; 3253; 3320; 3446; 3534; 3586; 3625; 3970; 4087; 4354; 4447; 4590; 4618; 4634; 4763; 4843; 4845; 5158; 5222 518 1202; 2795; 2922; 3835; 3983; 4489 100 100 100 100 100 7.77E−11 519 212; 556; 833; 871; 1013; 1024; 1224; 1465; 1869; 2070; 2146; 2451; 3034; 3325; 3490; 3570; 3621; 100 100 100 100 100 7.77E−11 3704; 3788; 3888; 4242; 4948; 5101; 5205 520 1276; 1314; 2146; 3034; 4900 100 100 100 100 100 7.77E−11 521 209; 392; 475; 551; 938; 1176; 1469; 1624; 1953; 2220; 2762; 2900; 3139; 3238; 3477; 4157; 4256; 100 100 100 100 100 7.77E−11 4421; 4468; 4517; 4954 522 546; 865; 2290; 2702; 2878; 3334; 3554; 4467 100 100 100 100 100 7.77E−11 523 249; 1517; 1655; 2326; 2846; 3064; 3247; 3655; 5082; 5253 100 100 100 100 100 7.77E−11 524 387; 2026; 2210; 2257; 2404; 4684 100 100 100 100 100 7.77E−11 525 195; 1061; 1111; 1217; 1850; 2400; 3200; 3209; 3216; 3690; 4012; 4233; 4276; 4646; 4735; 4890; 5153; 5230 100 100 100 100 100 7.77E−11 526 529; 1292; 1577; 2305; 2487; 3044; 4844; 5253 100 100 100 100 100 7.77E−11 527 465; 619; 2083; 2969; 3319; 3895; 3949; 4388; 4496 100 100 100 100 100 7.77E−11 528 944; 3748 100 100 100 100 100 7.77E−11 529 152; 409; 803; 1173; 1669; 1731; 1875; 1947; 1952; 2448; 3131; 3260; 3546; 3709; 4332; 4841; 4951 100 100 100 100 100 7.77E−11 530 311; 519; 546; 1446; 2873; 3034; 3184; 3299; 3346; 3547; 3679; 4134; 4143; 4305; 5097 100 100 100 100 100 7.77E−11 531 235; 526; 1375; 1435; 1676; 3633; 3822; 4149; 5060 100 100 100 100 100 7.77E−11 532 912; 2338; 3310; 4691 100 100 100 100 100 7.77E−11 533 748; 1001; 1224; 2024; 2234; 4018; 4868; 4992; 5202 100 100 100 100 100 7.77E−11 534 784; 1033; 3807; 4589 100 100 100 100 100 7.77E−11 535 385; 985; 1250; 1830; 1904; 2664; 4048; 4230; 4606; 4629; 4643; 4901; 4908; 4927; 4945; 5153; 5222 100 100 100 100 100 7.77E−11 536 219; 495; 685; 892; 1183; 2128; 2274; 2846; 2987; 3193; 3333; 3454; 4180; 5018 100 100 100 100 100 7.77E−11 537 20; 300; 507; 556; 712; 794; 1092; 1214; 1384; 1401; 1403; 1606; 1615; 1730; 1751; 1786; 2004; 2224; 100 100 100 100 100 7.77E−11 2234; 2357; 3463; 3545; 3757; 3819; 3983; 4695; 4703; 4820; 4955; 4960; 5057; 5202 538 391; 704; 1405; 1727; 3024; 3403; 4098; 4160; 5265 100 100 100 100 100 7.77E−11 539 417; 546; 1080; 1505; 2716; 3992; 5125; 5137 100 100 100 100 100 7.77E−11 540 160; 961; 1043; 1134; 1352; 1979; 2166; 2208; 3747; 3976; 4166; 4478; 4683; 5098; 5141 100 100 100 100 100 7.77E−11 541 137; 173; 240; 353; 470; 641; 893; 924; 961; 1049; 1058; 1072; 1100; 1169; 1170; 1220; 1297; 1419; 100 100 100 100 100 7.77E−11 1552; 1561; 1642; 2005; 2132; 2140; 2172; 2237; 2248; 2299; 2506; 2597; 2749; 2982; 3035; 3147; 3200; 3260; 3570; 3722; 3785; 3796; 3832; 4109; 4157; 4331; 4416; 4472; 4530; 4647; 4844; 5099 542 149; 1004; 1031; 1087; 1680; 2088; 3007; 4511; 4976 100 100 100 100 100 7.77E−11 543 260; 267; 495; 569; 657; 830; 1639; 2012; 2084; 2135; 3064; 3077; 3871; 3940; 4058; 4318; 4470; 4474; 100 100 100 100 100 7.77E−11 4873; 5025 544 2515; 2875; 4350; 5081; 5215 100 100 100 100 100 7.77E−11 545 913; 2675; 2821; 5132 100 100 100 100 100 7.77E−11 546 53; 106; 198; 300; 301; 804; 1248; 1552; 1821; 1872; 1985; 2447; 2656; 2676; 2838; 3136; 3137; 3471; 100 100 100 100 100 7.77E−11 3505; 3558; 3897; 4008; 4520; 4640; 4674; 4988; 5007; 5089 547 318; 515; 871; 906; 911; 989; 1099; 1206; 1416; 1487; 1668; 1752; 2145; 2163; 2178; 2241; 2462; 2639; 100 100 100 100 100 7.77E−11 2682; 2686; 2720; 3093; 3098; 3224; 3343; 3379; 3626; 3751; 4011; 4175; 4246; 4309; 4348; 4565; 4839; 5170; 5230; 5266 548 1910; 2048; 2671; 2922; 2936; 3620; 4021 100 100 100 100 100 7.77E−11 549 1570; 2931; 3160; 3684; 4196; 4563; 4772; 4977 100 100 100 100 100 7.77E−11 550 50; 91; 116; 363; 414; 489; 613; 615; 630; 712; 750; 806; 991; 1117; 1203; 1378; 1404; 1630; 1686; 100 100 100 100 100 7.77E−11 1727; 1897; 1909; 2024; 2167; 2203; 2647; 2648; 2682; 2837; 3200; 3300; 3360; 3433; 3453; 3459; 3463; 3525; 3579; 3582; 3767; 3975; 4108; 4532; 4539; 4698; 4933; 5001; 5058; 5220 551 1027; 1080; 1114; 1143; 1169; 1391; 1400; 1477; 1581; 1925; 3434; 3694; 4049; 4277; 4334; 4471; 4528; 5277 100 100 100 100 100 7.77E−11 552 130; 553; 1004; 1488; 1947; 2204; 2300; 2527; 3586; 3589; 3705; 4000; 4055; 4618; 4717; 4732; 100 100 100 100 100 7.77E−11 4745; 5087; 5093; 5146 553 43; 310; 347; 634; 834; 1513; 1589; 1648; 2113; 2184; 2185; 2197; 2201; 2246; 2319; 2760; 2817; 100 100 100 100 100 7.77E−11 3195; 3317; 3431; 3549; 4098; 4133; 4205; 4233; 4241; 4260; 4313; 4587; 4831; 4905; 4909; 4941; 5176; 5257 554 130; 849; 1280; 1576; 1793; 2037; 2291; 2313; 2432; 2459; 2670; 2798; 3373; 3975; 4072; 4086; 100 100 100 100 100 7.77E−11 4148; 4307; 4441; 5213 555 183; 219; 528; 672; 1336; 1463; 2249; 2826; 2849; 3022; 3589; 3740 100 100 100 100 100 7.77E−11 556 378; 1014; 1938; 2843; 4256; 4717; 4952 100 100 100 100 100 7.77E−11 557 249; 379; 768; 933; 1029; 1207; 1250; 1325; 1570; 1615; 1626; 1739; 1740; 1830; 1860; 1926; 2348; 100 100 100 100 100 7.77E−11 2533; 2666; 2685; 3026; 3171; 3224; 3279; 3308; 3313; 3405; 3496; 3536; 3721; 3879; 4146; 4257; 4280; 4379; 4762; 4830; 5088; 5126; 5243 558 379; 563; 884; 1303; 1944; 2795; 3822; 3922; 4017; 4163 100 100 100 100 100 7.77E−11 559 309; 1500; 1669; 1724; 2363; 2738; 3836; 4381; 4634; 5190 100 100 100 100 100 7.77E−11 560 207; 2564; 3763 100 100 100 100 100 7.77E−11 561 37; 634; 703; 707; 728; 772; 928; 1110; 1126; 1217; 1449; 1864; 2206; 3828; 3876 100 100 100 100 100 7.77E−11 562 177; 709; 981; 1387; 1606; 2263; 2334; 2382; 2447; 2822; 2973; 3077; 3326; 3692; 4197; 4220; 4661; 4899 100 100 100 100 100 7.77E−11 563 349; 376; 413; 582; 925; 1366; 1372; 1795; 2886; 3083; 3138; 3357; 3813; 4006; 4675 100 100 100 100 100 7.77E−11 564 252; 438; 3286; 4278; 4353; 4473 100 100 100 100 100 7.77E−11 565 96; 99; 323; 378; 458; 729; 775; 862; 882; 1096; 1232; 1263; 1606; 1632; 1901; 1906; 2170; 2261; 2300; 100 100 100 100 100 7.77E−11 3260; 3276; 3429; 3460; 3517; 3546; 3752; 3878; 3881; 3906; 4081; 4220; 5004; 5028; 5096 566 435; 719; 769; 782; 823; 1753; 2845; 2975; 3482; 4123; 4160; 4332; 4574; 5011 100 100 100 100 100 7.77E−11 567 163; 187; 227; 346; 579; 781; 1132; 1721; 2001; 2009; 2025; 2191; 2266; 2270; 2443; 2665; 2697; 100 100 100 100 100 7.77E−11 2699; 2730; 2768; 2916; 2951; 2989; 3011; 3097; 3209; 3216; 3439; 3662; 3729; 3743; 3784; 3836; 3956; 4090; 4097; 4100; 4104; 4128; 4467; 4713; 4766; 4789; 4841; 4939; 4956 568 41; 185; 1251; 2842; 3312; 3669; 3678; 4377; 4684; 4959 100 100 100 100 100 7.77E−11 569 636; 933; 1638; 2220; 2242; 2730; 2906; 4069; 4440 100 100 100 100 100 7.77E−11 570 103; 121; 160; 177; 218; 229; 258; 265; 281; 696; 728; 733; 855; 939; 1098; 1408; 1938; 2275; 2360; 100 100 100 100 100 7.77E−11 2490; 2524; 2596; 2718; 2764; 2973; 2988; 3092; 3209; 3212; 3216; 3217; 3342; 3364; 3431; 3453; 3665; 3683; 3701; 3957; 4097; 4244; 4297; 4322; 4334; 4699; 4795; 4833; 4869; 4888; 5232 571 69; 191; 365; 578; 591; 660; 698; 780; 808; 819; 835; 1247; 1251; 1255; 1553; 1589; 1661; 2037; 2050; 100 100 100 100 100 7.77E−11 2289; 2532; 2587; 2593; 2612; 2668; 2760; 3388; 3436; 3582; 4127; 4507; 4544; 4759; 4963; 5097; 5251 572 207; 478; 1321; 1405; 1461; 2201; 2455; 2471; 3196; 4476; 4755 100 100 100 100 100 7.77E−11 573 27; 102; 218; 408; 419; 636; 879; 1112; 1766; 1777; 1998; 3286; 3335; 3403; 3405; 3433; 3586; 3701; 100 100 100 100 100 7.77E−11 3931; 4271; 4435; 5018; 5154 574 168; 660; 1155; 1186; 1232; 1273; 1647; 1735; 1961; 2257; 3129; 3212; 3260; 3473; 3982; 4306; 4620; 4804; 4928; 5286 100 100 100 100 100 7.77E−11 575 109; 210; 274; 940; 2246; 2846; 3126; 4009; 4497; 4598; 5074 100 100 100 100 100 7.77E−11 576 86; 94; 114; 208; 242; 244; 252; 407; 598; 657; 1023; 1088; 1182; 1530; 1551; 1606; 1818; 1925; 2030; 100 100 100 100 100 7.77E−11 2032; 2075; 2128; 2221; 2336; 2423; 2485; 2529; 2602; 2958; 3175; 3204; 3378; 3387; 3798; 3864; 3990; 4235; 4257; 4324; 4589; 4633; 4645; 4816; 4942; 5045; 5161; 5279 577 505; 642; 818; 858; 924; 957; 1046; 1739; 2065; 2149; 2222; 2525; 2543; 2731; 3312; 3561; 3574; 4071; 100 100 100 100 100 7.77E−11 4095; 4105; 4115; 4366; 4405; 4743; 5094 578 233; 276; 348; 403; 444; 673; 740; 1146; 1437; 1474; 1513; 1780; 1799; 1874; 2124; 2135; 2172; 2179; 100 100 100 100 100 7.77E−11 2811; 3519; 3623; 3630; 3663; 3772; 3919; 3952; 4412; 4417; 4553; 4720; 4734; 4753; 4953; 5010; 5019 579 7; 14; 318; 347; 379; 830; 1056; 1176; 1250; 1332; 1810; 1888; 2106; 2160; 2443; 2460; 2560; 2842; 100 100 100 100 100 7.77E−11 2902; 2925; 2936; 3011; 3121; 3302; 3451; 3545; 3567; 3676; 3732; 3784; 3881; 3940; 4319; 4374; 4477; 4481; 4498; 4524; 4592; 4745; 4796; 4934; 4950; 5130; 5233; 5265 580 254; 755; 1521; 2890; 2916; 2937; 3070; 3205; 4545 100 100 100 100 100 7.77E−11 581 207; 1519; 1590; 1974; 2150; 2154; 2874; 4289; 4724; 4871 100 100 100 100 100 7.77E−11 582 330; 362; 442; 615; 689; 820; 1005; 1152; 1416; 1619; 1987; 2507; 2996; 3009; 3150; 3420; 3653; 100 100 100 100 100 7.77E−11 3688; 3810; 4100; 4662; 4833; 4956; 5036; 5102; 5227 583 147; 856; 962; 2885; 3375; 3419; 3516; 3677; 4659 100 100 100 100 100 7.77E−11 584 80; 242; 1302; 2381; 2642; 3202; 3403; 3649; 4492 100 100 100 100 100 7.77E−11 585 82; 219; 254; 977; 1192; 1331; 1558; 1914; 1918; 2851; 3343; 3649; 3822; 4786; 4859 100 100 100 100 100 7.77E−11 586 122; 203; 648; 1729; 2636; 3510; 3687; 3944; 4202; 4619; 4980 100 100 100 100 100 7.77E−11 587 19; 29; 181; 224; 394; 440; 477; 774; 779; 1078; 1142; 1152; 1438; 1519; 1559; 1717; 1858; 2022; 100 100 100 100 100 7.77E−11 2120; 2136; 2436; 2609; 2625; 2696; 2746; 2802; 2843; 2845; 2872; 2929; 2964; 3042; 3363; 3507; 3921; 3967; 4149; 4151; 4189; 4312; 4462; 4596; 4787; 4925; 5070; 5090; 5190; 5199; 5202 588 3195; 3524; 3566 100 100 100 100 100 7.77E−11 589 118; 140; 628; 731; 793; 1026; 1097; 1198; 1267; 1305; 1358; 1506; 1617; 1719; 1735; 2047; 2694; 100 100 100 100 100 7.77E−11 2735; 2822; 2868; 2963; 3137; 3156; 3343; 3402; 3501; 3670; 3698; 4035; 4042; 4114; 4299; 4325; 4345; 4693; 4711; 4746; 5214; 5238; 5258 590 265; 671; 1301; 2997; 4956 100 100 100 100 100 7.77E−11 591 151; 304; 312; 333; 791; 1057; 1209; 1316; 2008; 2677; 3149; 3198; 3239; 3311; 3497; 3571; 4412; 100 100 100 100 100 7.77E−11 4657; 5003; 5145; 5270 592 496; 757; 765; 799; 1365; 1862; 1928; 1948; 2084; 2239; 2722; 2764; 2788; 3222; 3448; 3805; 4050; 100 100 100 100 100 7.77E−11 4065; 4702; 4789; 4894; 5070; 5243 593 529; 812; 1572; 1989; 3011; 4635; 4787; 4943; 5004; 5141 100 100 100 100 100 7.77E−11 594 12; 23; 44; 220; 395; 530; 784; 914; 926; 933; 981; 1121; 1306; 1337; 1343; 1673; 1686; 1744; 1784; 100 100 100 100 100 7.77E−11 1793; 1807; 2190; 2218; 2262; 2335; 2375; 2658; 2739; 2860; 2950; 3236; 3432; 3596; 3637; 3655; 3716; 3936; 4314; 4510; 4512; 4515; 4621; 5004; 5220 595 391; 459; 795; 971; 1111; 1443; 2175; 4698; 4719 100 100 100 100 100 7.77E−11 596 424; 727; 2427; 3304; 3990; 4028; 5010; 5284 100 100 100 100 100 7.77E−11 597 1366; 1631; 1657; 1661; 2005; 2043; 2783; 4410; 4691; 4714 100 100 100 100 100 7.77E−11 598 8; 775; 937; 1450; 2019; 2086; 2327 100 100 100 100 100 7.77E−11 599 404; 1149; 2670; 2909; 3552; 3561; 4300; 4633 100 100 100 100 100 7.77E−11 600 5; 48; 81; 301; 330; 378; 775; 1070; 1800; 1935; 2278; 2403; 2944; 4283; 4478; 4759; 4878 100 100 100 100 100 7.77E−11 601 323; 958; 991; 1058; 2478; 2642 100 100 100 100 100 7.77E−11 602 100; 207; 352; 464; 522; 715; 736; 1024; 1100; 1148; 1178; 1256; 1616; 1683; 1826; 1914; 2130; 2201; 100 100 100 100 100 7.77E−11 2221; 2465; 2471; 2657; 2908; 3518; 3542; 3562; 3957; 4189; 4325; 4358; 4546; 5004; 5038; 5111; 5209; 5273 603 203; 210; 213; 311; 657; 816; 882; 1477; 1510; 2335; 2390; 2646; 3265; 3575; 3682; 4140; 4163; 100 100 100 100 100 7.77E−11 4223; 4349; 4745; 4984; 5039; 5051; 5072 604 1556; 1863; 2081; 2559; 2617; 2690; 3134; 3580; 3718; 4713 100 100 100 100 100 7.77E−11 605 146; 397; 1060; 1110; 2333; 2530; 2715; 3171; 3454; 3585; 3818; 3861; 4803; 4908; 5278 100 100 100 100 100 7.77E−11 606 163; 298; 495; 1038; 1060; 1519; 1552; 1562; 1671; 1849; 2003; 2732; 2961; 3571; 3584; 3995; 4229; 100 100 100 100 100 7.77E−11 4269; 4383; 4502; 4735 607 39; 299; 683; 1168; 1888; 2124; 2218; 2485; 2674; 2675; 2937; 3020; 3181; 3715; 3835; 3894; 4489; 4498; 5055 100 100 100 100 100 7.77E−11 608 369; 1955; 2357; 3339; 4557; 4745; 4890; 4916 100 100 100 100 100 7.77E−11 609 403; 452; 783; 1643; 1645; 1707; 1916; 2084; 2209; 2248; 2310; 2842; 2868; 2927; 3155; 3311; 3347; 100 100 100 100 100 7.77E−11 3571; 3672; 3746; 3776; 3800; 3885; 3887; 4129; 4243; 4318; 5039; 5092; 5200; 5275 610 314; 813; 872; 940; 1278; 1409; 1585; 1643; 1916; 1952; 2180; 2227; 2397; 2657; 2688; 2712; 2737; 100 100 100 100 100 7.77E−11 2813; 2857; 2878; 2896; 2936; 2944; 3015; 3162; 3214; 3242; 3277; 3478; 3586; 3911; 3932; 3998; 4132; 4172; 4229; 4339; 4387; 4474; 4524; 4693; 4711; 4996; 5000; 5046; 5190; 5193 611 44; 72; 132; 169; 230; 366; 424; 562; 1473; 1476; 1600; 2200; 2331; 2481; 2484; 2648; 2658; 2817; 100 100 100 100 100 7.77E−11 2865; 2963; 3069; 3209; 3279; 3403; 3429; 3454; 3742; 4010; 4082; 4194; 4378; 4440; 4453; 4624; 4626; 4838; 4923; 4944; 5088; 5097; 5106; 5222 612 405; 2289; 3589 100 100 100 100 100 7.77E−11 613 501; 785; 986; 1171; 1710; 2307; 3388; 4392 100 100 100 100 100 7.77E−11 614 530; 922; 975; 1419; 1640; 3359; 4221; 4888 100 100 100 100 100 7.77E−11 615 78; 1678; 3529; 3841; 4874 100 100 100 100 100 7.77E−11 616 323; 1448; 2689; 2721; 2837; 3778; 4232 100 100 100 100 100 7.77E−11 617 125; 171; 194; 317; 1441; 1720; 1887; 2301; 2306; 2383; 2431; 2509; 3185; 3240; 3265; 3412; 3690; 100 100 100 100 100 7.77E−11 3888; 4247; 4325; 4933; 4951; 5078 618 207; 232; 373; 532; 835; 909; 1392; 2084; 2338; 2785; 2988; 3339; 3361; 3612; 3840; 4892; 4975; 5107; 5239 100 100 100 100 100 7.77E−11 619 769; 903; 1102; 1910; 2750; 4267; 4334; 4550; 5148 100 100 100 100 100 7.77E−11 620 193; 743; 789; 1173; 1475; 1666; 1817; 2348; 2533; 2534; 2553; 2677; 3345; 3623; 3653; 3952; 4017; 100 100 100 100 100 7.77E−11 4193; 4516; 4685; 4788; 4826; 4845; 4861 621 185; 345; 520; 810; 1180; 1442; 1689; 1855; 1865; 1904; 1984; 2303; 2690; 3249; 3313; 3388; 3536; 100 100 100 100 100 7.77E−11 3832; 3862; 3890; 4255; 4922; 5033 622 879; 2083; 2565; 3347; 4288 100 100 100 100 100 7.77E−11 623 707; 1172; 1571; 2007; 2329; 2437; 2837; 3368; 4641; 4889 100 100 100 100 100 7.77E−11 624 1558; 1697; 1882; 3139; 4024; 4181 100 100 100 100 100 7.77E−11 625 183; 280; 348; 432; 651; 774; 791; 1075; 1093; 1165; 1323; 1350; 1376; 1508; 1752; 1795; 2240; 2322; 100 100 100 100 100 7.77E−11 2493; 2500; 2620; 2665; 2701; 2721; 2830; 3023; 3313; 3344; 3780; 3814; 3850; 3881; 3939; 4126; 4281; 4418; 4444; 4492; 4542; 4751; 4908; 4922; 5001; 5004; 5077; 5081; 5242; 5268 626 159; 320; 543; 656; 742; 883; 1207; 1510; 1726; 1799; 1939; 1994; 2136; 2598; 2727; 2752; 2978; 100 100 100 100 100 7.77E−11 3483; 3827; 4163; 4166; 4796; 5067; 5115; 5266 627 992; 1295; 1957; 2217; 2907; 4091 100 100 100 100 100 7.77E−11 628 44; 198; 584; 982; 1096; 1312; 1684; 1883; 1967; 1982; 2078; 2175; 2284; 2291; 2616; 2930; 3026; 100 100 100 100 100 7.77E−11 3050; 3134; 3147; 3159; 3206; 3463; 3615; 3621; 3654; 3688; 3753; 3794; 3891; 4160; 4493; 4574; 4630; 4795; 4948; 5069; 5107; 5208 629 171; 319; 1046; 2036; 3253; 3362; 4102; 5208 100 100 100 100 100 7.77E−11 630 493; 574; 788; 1337; 1458; 1594; 2033; 3079; 3299; 3969; 4149; 4268; 4505; 4658; 4702; 5080; 5205 100 100 100 100 100 7.77E−11 631 106; 2469; 2658; 4572; 4700; 5210 100 100 100 100 100 7.77E−11 632 146; 221; 293; 420; 581; 656; 803; 844; 880; 991; 1368; 1762; 1973; 2104; 2220; 2298; 2301; 2322; 100 100 100 100 100 7.77E−11 2324; 2492; 2493; 2580; 2602; 2666; 2690; 2853; 3065; 3075; 3183; 3211; 3360; 3386; 3430; 3582; 3656; 3815; 3849; 4082; 4084; 4852; 4902; 5101 633 13; 153; 355; 480; 615; 650; 946; 1176; 1264; 1341; 1477; 1559; 1668; 1803; 1902; 1933; 2098; 2148; 100 100 100 100 100 7.77E−11 2278; 2446; 2716; 2723; 2744; 2891; 2909; 2942; 2980; 3003; 3019; 3122; 3570; 3609; 3688; 3695; 3737; 3843; 3885; 3903; 3939; 3986; 4236; 4276; 4540; 4951; 4953; 5001; 5160; 5210 634 331; 550; 1321; 2064; 2831; 3897; 4731; 5106 100 100 100 100 100 7.77E−11 635 780; 935; 1662; 1742; 1938; 2061; 4095; 4128; 4700 100 100 100 100 100 7.77E−11 636 947; 2194; 2465; 4151; 4735; 5131; 5270 100 100 100 100 100 7.77E−11 637 208; 266; 480; 502; 515; 545; 742; 754; 756; 850; 1138; 1178; 1289; 1375; 1381; 1384; 1714; 1788; 100 100 100 100 100 7.77E−11 2062; 2098; 2099; 2202; 2623; 2648; 2694; 2984; 3355; 3396; 3913; 4072; 4097; 4147; 4210; 4243; 4477; 4549; 4846; 5076; 5093 638 132; 216; 318; 356; 548; 577; 670; 821; 854; 1004; 1061; 1393; 1539; 1629; 1712; 1791; 1971; 2144; 100 100 100 100 100 7.77E−11 2237; 2253; 2526; 2705; 2758; 2774; 2969; 3257; 3775; 4048; 4393; 4478; 4488; 4497; 4507; 4637; 4652; 4684; 4891; 5172; 5203; 5267 639 105; 267; 379; 1192; 1497; 1655; 1670; 2305; 2347; 2411; 2480; 2482; 2689; 2730; 3034; 3093; 3202; 100 100 100 100 100 7.77E−11 3312; 3443; 3673; 3945; 4006; 4043; 4106; 4765; 4775; 4849; 4951; 5100; 5156; 5157 640 360; 396; 403; 457; 465; 1121; 2140; 2761; 3171; 3195; 4107; 4529; 4722 100 100 100 100 100 7.77E−11 641 87; 201; 234; 424; 511; 597; 661; 936; 1027; 1421; 1558; 1820; 1861; 2057; 2607; 2837; 3135; 3156; 100 100 100 100 100 7.77E−11 3277; 3865; 4547; 4637; 4657; 5186 642 213; 379; 444; 583; 625; 838; 1024; 1113; 1161; 1339; 1430; 1769; 2150; 2312; 2357; 2767; 3173; 100 100 100 100 100 7.77E−11 3490; 3868; 5028; 5115 643 280; 526; 616; 697; 731; 824; 986; 1001; 1029; 1071; 1162; 1242; 1371; 1375; 1490; 1588; 1616; 1618; 100 100 100 100 100 7.77E−11 1638; 1704; 1827; 1905; 2031; 2152; 2212; 2726; 2893; 3167; 3210; 3234; 3365; 3388; 3394; 3895; 3963; 3978; 3985; 4096; 4230; 4319; 4429; 4457; 4610; 4735; 4846; 5044 644 330; 383; 889; 920; 948; 1785; 1794; 1911; 2329; 2592; 3163; 3420; 3530; 3566; 4489; 4970 100 100 100 100 100 7.77E−11 645 291; 716; 1583; 2011; 2532; 3566; 4250; 4656; 5135 100 100 100 100 100 7.77E−11 646 1329; 2237; 2646; 3864; 4096; 4263 100 100 100 100 100 7.77E−11 647 803; 1129; 1595; 2716; 2783; 3104; 4138; 4214; 4253; 4840 100 100 100 100 100 7.77E−11 648 1342; 3045; 4098; 4336 100 100 100 100 100 7.77E−11 649 526; 601; 609; 734; 791; 1016; 1150; 1155; 1212; 1232; 1422; 1490; 1815; 1982; 2164; 2336; 2361; 100 100 100 100 100 7.77E−11 2376; 2499; 2571; 2677; 2753; 2882; 2931; 3275; 3276; 3346; 3564; 3607; 4020; 4162; 4250; 4303; 4391; 4718; 4907; 5225 650 133; 1585; 2005; 2213; 2281; 2596 100 100 100 100 100 7.77E−11 651 430; 782; 934; 1388; 1766; 1860; 2458; 4087; 4695 100 100 100 100 100 7.77E−11 652 143; 149; 159; 376; 455; 503; 641; 889; 913; 991; 1207; 1338; 1766; 1991; 2175; 2186; 2321; 2359; 100 100 100 100 100 7.77E−11 2366; 2435; 2576; 2577; 2646; 2734; 2860; 2996; 3435; 3471; 3756; 3796; 4077; 4297; 4431; 4822; 4983; 4987; 5179 653 51; 240; 263; 342; 379; 532; 607; 825; 833; 1306; 1491; 1676; 1824; 1910; 1998; 2709; 2714; 2883; 100 100 100 100 100 7.77E−11 3330; 3674; 3821; 3943; 4108; 4332; 4564; 4944; 4981; 5014 654 342; 859; 1169; 1268; 1624; 2424; 2454; 2618; 3131; 3593; 3608; 3723; 3815; 3820; 3860; 3907; 3913; 100 100 100 100 100 7.77E−11 3979; 4148; 4153; 4242; 4365; 4753; 4944; 5026 655 44; 294; 385; 1121; 1236; 1519; 1929; 1978; 2080; 2247; 2270; 2343; 2720; 3874; 3892; 3923; 4013; 100 100 100 100 100 7.77E−11 4084; 4148; 4448; 4907 656 75; 478; 496; 529; 1811; 1859; 3378; 3432; 3734; 3748; 3963; 4125; 4319; 4576; 4707; 4729; 4843; 100 100 100 100 100 7.77E−11 4880; 4928; 5068; 5107 657 638; 789; 809; 1016; 1293; 1517; 2079; 2817; 2862; 3034; 3378; 3701; 3764; 4030; 4281; 4323; 4578; 100 100 100 100 100 7.77E−11 4975; 5054; 5264 658 58; 171; 684; 931; 1400; 1792; 2220; 2261; 2380; 2665; 2813; 2873; 2883; 2892; 3059; 3102; 3403; 100 100 100 100 100 7.77E−11 4018; 4314; 4406; 4486; 4511; 4543; 4655; 4916; 5041; 5092 659 219; 1126; 1393; 2129; 2436; 2607; 2724; 2822; 4612; 4908 100 100 100 100 100 7.77E−11 660 283; 838; 1129; 1260; 1605; 1765; 2122; 2137; 2670; 2781; 2928; 3033; 3745; 3795; 3867; 3999; 4181; 4294; 4645 100 100 100 100 100 7.77E−11 661 30; 68; 164; 1509; 1517; 1533; 1736; 1935; 2140; 2381; 2890; 3266; 3333; 3390; 3676; 3716; 4102; 4880; 5124 100 100 100 100 100 7.77E−11 662 742; 999; 1765; 3308; 3361; 3530; 4144; 5062 100 100 100 100 100 7.77E−11 663 37; 255; 757; 954; 1107; 1124; 1152; 1688; 2052; 2137; 3229; 3586; 4395; 4914 100 100 100 100 100 7.77E−11 664 536; 704; 939; 1057; 1649; 3430; 3911; 4630; 4804; 5069 100 100 100 100 100 7.77E−11 665 966; 1658; 1691; 1783; 2049; 2336; 2865; 3190; 3975; 4177; 4591; 5118 100 100 100 100 100 7.77E−11 666 498; 938; 1261; 1629; 2763; 3209; 4091; 4378; 4843 100 100 100 100 100 7.77E−11 667 988; 1195; 1568; 1861; 2230; 2433; 3377; 3473; 3747; 3890; 4238; 4283; 4367; 4792; 4843 100 100 100 100 100 7.77E−11 668 407; 948; 1663; 1812; 3725; 4825 100 100 100 100 100 7.77E−11 669 169; 556; 780; 1236; 1295; 1331; 1361; 1630; 4682; 4962 100 100 100 100 100 7.77E−11 670 583; 943; 1841; 2049; 2252; 2280; 2358; 2475; 2488; 3606; 4633; 4861; 4973 100 100 100 100 100 7.77E−11 671 377; 407; 549; 833; 887; 909; 917; 949; 1280; 1378; 1411; 1419; 1590; 1837; 1862; 2210; 2607; 2658; 100 100 100 100 100 7.77E−11 2759; 2868; 3286; 3338; 3556; 3568; 3588; 3995; 4106; 4132; 4198; 4305; 4409; 4493; 4583; 4637; 4908; 4988; 5062; 5220 672 626; 651; 832; 904; 1095; 1140; 1206; 2399; 2477; 2567; 2605; 2674; 2759; 3477; 3488; 3955; 4006; 100 100 100 100 100 7.77E−11 4149; 4321; 4520; 5073 673 346; 967; 1344; 2082; 2837; 3122; 3558 100 100 100 100 100 7.77E−11 674 218; 528; 1136; 3317; 4861 100 100 100 100 100 7.77E−11 675 8; 192; 219; 818; 848; 1034; 1402; 1484; 1587; 1730; 2573; 2776; 3692; 3703; 3763; 4147; 4215; 4898; 4956 100 100 100 100 100 7.77E−11 676 418; 537; 1814; 1932; 2174; 2267; 3514; 3586; 3876; 4068; 4099; 4166; 4225; 4579; 4688 100 100 100 100 100 7.77E−11 677 519; 883; 998; 2197; 3912 100 100 100 100 100 7.77E−11 678 44; 554; 855; 1328; 1453; 2255; 2564; 2580; 2673; 2784; 2829; 2864 100 100 100 100 100 7.77E−11 679 202; 432; 434; 530; 838; 878; 1301; 1321; 1375; 1394; 1470; 1506; 1660; 1800; 1909; 1982; 2080; 100 100 100 100 100 7.77E−11 2154; 2431; 2442; 2450; 2459; 2577; 2632; 2814; 3396; 3440; 3520; 3740; 3872; 3996; 4211; 4605; 4835; 5132; 5139; 5256 680 8; 153; 377; 525; 655; 680; 705; 726; 786; 946; 1029; 1159; 1173; 1195; 1380; 1520; 1572; 1640; 1666; 100 100 100 100 100 7.77E−11 1833; 1873; 2312; 2327; 2524; 2607; 2620; 2677; 2702; 2706; 2914; 3120; 3279; 3477; 3511; 3542; 3577; 3908; 4099; 4121; 4249; 4265; 4269; 4453; 4603; 4720 681 329; 604; 755; 811; 1064; 1764; 1767; 1967; 2043; 2045; 2458; 2831; 2842; 3136; 3586; 3973; 4356; 100 100 100 100 100 7.77E−11 4460; 4498; 5041; 5221; 5273 682 916; 999; 1419; 1929; 2876; 4405 100 100 100 100 100 7.77E−11 683 787; 1391; 2276; 2403; 2505; 2831; 3313; 3988; 4018 100 100 100 100 100 7.77E−11 684 115; 527; 2136; 2989; 5252 100 100 100 100 100 7.77E−11 685 311; 515; 622; 1091; 1405; 2186; 2281; 2389; 2458; 2537; 2685; 2829; 2954; 2992; 3426; 3432; 3467; 100 100 100 100 100 7.77E−11 3815; 4156; 4246; 4735; 4853; 5089; 5101 686 178; 292; 314; 324; 396; 481; 531; 558; 715; 719; 741; 995; 1088; 1092; 1145; 1152; 1284; 1293; 1405; 100 100 100 100 100 7.77E−11 1432; 1701; 1725; 1908; 2013; 2014; 2042; 2231; 2893; 2894; 3027; 3257; 3300; 3420; 3475; 3512; 3638; 3670; 3906; 4132; 4175; 4278; 4457; 4537; 4656; 4775; 4919; 5122 687 451; 759; 1711; 1901; 1976; 2728; 2890; 4233; 4735; 5082 100 100 100 100 100 7.77E−11 688 824; 993; 1373; 1573; 1802; 2423; 2649; 2729; 2911; 3081; 3784; 3876; 4064; 4376; 5215 100 100 100 100 100 7.77E−11 689 365; 520; 3011; 3245; 3590; 3592; 4581 100 100 100 100 100 7.77E−11 690 127; 195; 224; 327; 365; 504; 681; 789; 793; 798; 992; 1027; 1059; 1335; 1614; 1626; 1646; 1655; 1754; 100 100 100 100 100 7.77E−11 1795; 1810; 1896; 1940; 2333; 2382; 2448; 2525; 2581; 2600; 2611; 2620; 2801; 2969; 3032; 3176; 3382; 3832; 3898; 4006; 4231; 4526; 4563; 4654; 4814; 5075 691 95; 336; 726; 1381; 1435; 1609; 1765; 1939; 2727; 2929; 2977; 3166; 3439; 3481; 3569; 3974; 4437; 4633 100 100 100 100 100 7.77E−11 692 385; 404; 778; 1408; 1456; 1944; 2396; 2657; 3489; 3599; 3776; 3988; 4154; 4362; 4365; 4397; 4406; 4915 100 100 100 100 100 7.77E−11 693 229; 243; 494; 1029; 1176; 1354; 1462; 1519; 1532; 1537; 1659; 1694; 2126; 2200; 2213; 2311; 2413; 100 100 100 100 100 7.77E−11 2531; 2640; 3217; 3257; 3284; 3327; 3414; 3644; 3747; 3977; 4176; 4218; 4226; 4345; 4370; 4441; 4447; 4469; 4590; 4750; 4977; 5012; 5014; 5060; 5065; 5088 694 222; 716; 772; 940; 1146; 1270; 1476; 2432; 2861; 3381; 3586; 3733; 3736; 3874; 4021; 4080; 4738; 4770; 4822; 4928 100 100 100 100 100 7.77E−11 695 1561; 2645; 3813; 4018; 4172 100 100 100 100 100 7.77E−11 696 47; 137; 1099; 2493; 2690; 2814; 2970; 4165; 4304; 5221 100 100 100 100 100 7.77E−11 697 451; 548; 1702; 2255; 2534; 4289 100 100 100 100 100 7.77E−11 698 800; 1049; 1539; 2046; 2842; 4766 100 100 100 100 100 7.77E−11 699 42; 168; 218; 796; 853; 1291; 1332; 1904; 2318; 2557; 2902; 2916; 3421; 3452; 3715; 4055; 4153; 100 100 100 100 100 7.77E−11 4734; 4917; 5213 700 219; 259; 1066; 1117; 2477; 2688 100 100 100 100 100 7.77E−11 701 57; 879; 2348; 3380; 3989; 4639 100 100 100 100 100 7.77E−11 702 215; 316; 596; 985; 1275; 1651; 2164; 2544; 2642; 2994; 3191; 3266; 3701; 4389; 4438; 4663; 4845; 5070; 5203 100 100 100 100 100 7.77E−11 703 213; 785; 1070; 1630; 2587; 2956; 3040; 4074; 4230; 4292; 4376 100 100 100 100 100 7.77E−11 704 199; 295; 300; 322; 374; 848; 1118; 1771; 3839; 4022; 5095 100 100 100 100 100 7.77E−11 705 25; 2701; 2805; 3864; 4377; 5239 100 100 100 100 100 7.77E−11 706 219; 2195; 3051; 4162; 4205; 5268 100 100 100 100 100 7.77E−11 707 220; 304; 692; 1222; 1481; 2308; 2479; 2525; 2635; 2727; 2957; 3148; 3336; 3383; 3517; 3893; 5243 100 100 100 100 100 7.77E−11 708 133; 240; 611; 1097; 1425; 2244; 2296; 2406; 2427; 2530; 2557; 2662; 3720; 3751; 4143; 4346; 4434; 100 100 100 100 100 7.77E−11 4436; 4497; 4579; 4592; 4828 709 57; 147; 182; 219; 385; 649; 709; 965; 1037; 1742; 1804; 1901; 2210; 2249; 2465; 2686; 3386; 3534; 100 100 100 100 100 7.77E−11 3572; 3608; 3824; 3919; 4136; 4231; 4361; 4411; 4442; 4559; 4591; 4849; 4866; 5069; 5125; 5200; 5274 710 379; 1496; 1676; 1740; 1800; 1969; 2008; 2281; 2385; 2482; 2648; 2939; 3310; 3337; 3911; 4008; 100 100 100 100 100 7.77E−11 4233; 4353; 4538; 4579; 4676; 5236 711 477; 657; 843; 1149; 1323; 1416; 1967; 2119; 2474; 2768; 2871; 3192; 3209; 3438; 3504; 3580; 4013; 4867 100 100 100 100 100 7.77E−11 712 752; 1350; 2340; 2670; 3757; 4604; 4913 100 100 100 100 100 7.77E−11 713 66; 230; 549; 1095; 2152; 2257; 3076; 3101; 3508; 3586; 4233; 5070; 5227 100 100 100 100 100 7.77E−11 714 111; 186; 193; 421; 575; 636; 706; 832; 1412; 1902; 2861; 2943; 3139; 4300; 4386; 4639; 5062; 5088 100 100 100 100 100 7.77E−11 715 122; 272; 727; 1580; 1766; 2151; 2442; 2475; 2645; 2760; 3231; 3507; 3698; 4683; 4733 100 100 100 100 100 7.77E−11 716 207; 621; 961; 2137; 3367; 3576; 4702 100 100 100 100 100 7.77E−11 717 252; 401; 1121; 1164; 1226; 1411; 1424; 1445; 1651; 2442; 2760; 2934; 3046; 3232; 3316; 3404; 3536; 100 100 100 100 100 7.77E−11 3581; 3731; 3750; 3838; 4107; 4315; 4625; 4663; 4750; 4820; 5239 718 201; 461; 589; 871; 873; 1090; 1266; 1323; 1401; 1758; 2035; 2691; 2806; 2973; 3288; 3483; 3562; 100 100 100 100 100 7.77E−11 3602; 3888; 4022; 4154; 4249; 4362; 4522; 4549; 4633; 4650; 4694; 4900; 4971; 5117; 5161; 5205; 5271 719 625; 679; 783; 1126; 2269; 2813; 3993; 4493; 4669; 4698 100 100 100 100 100 7.77E−11 720 36; 202; 217; 286; 869; 1180; 2039; 2110; 2417; 2472; 2488; 2519; 3631; 3747; 4954; 5268 100 100 100 100 100 7.77E−11 721 353; 2899; 3521; 4201; 4281; 4356; 4907; 4912; 4944 100 100 100 100 100 7.77E−11 722 92; 106; 165; 355; 541; 763; 796; 883; 954; 964; 1059; 1283; 1486; 1512; 1555; 1561; 1588; 1811; 1859; 100 100 100 100 100 7.77E−11 2017; 2257; 2266; 2552; 2583; 2696; 2829; 3004; 3185; 3244; 3558; 3586; 3755; 3866; 4022; 4394; 4497; 4711; 4724; 4769; 4856; 4874; 4939; 5156; 5205; 5263 723 1733; 2845 100 100 100 100 100 7.77E−11 724 66; 85; 128; 558; 657; 686; 690; 692; 727; 823; 999; 1049; 1277; 1379; 1386; 1568; 1667; 1744; 1876; 100 100 100 100 100 7.77E−11 1936; 1943; 1983; 2154; 2356; 2378; 2643; 2655; 2681; 2858; 2901; 3068; 3332; 3420; 3481; 3612; 3763; 4072; 4198; 4208; 4303; 4371; 4509; 4543; 4786; 4846; 4888; 4895; 4930; 4949; 5112 725 173; 470; 577; 761; 915; 1152; 1160; 1584; 1677; 1795; 1824; 2225; 2555; 2660; 2806; 2836; 2847; 100 100 100 100 100 7.77E−11 2856; 2881; 2976; 3057; 3240; 3244; 3586; 3613; 3662; 3904; 4417; 4492; 4552; 4665; 4741; 4743; 4914; 4929; 5031; 5039; 5060; 5076 726 90; 110; 378; 413; 415; 464; 524; 538; 615; 636; 669; 790; 1010; 1232; 1307; 1549; 1611; 1865; 1869; 100 100 100 100 100 7.77E−11 2163; 2265; 2374; 2584; 2656; 3025; 3421; 3588; 3672; 3729; 3927; 3940; 4031; 4050; 4360; 4403; 4868; 5055; 5260 727 42; 119; 206; 272; 274; 596; 616; 702; 812; 889; 922; 933; 1110; 1808; 1838; 1874; 1907; 1912; 1919; 100 100 100 100 100 7.77E−11 2027; 2051; 2096; 2138; 2464; 2877; 2988; 3014; 3161; 3231; 3244; 3331; 3473; 3544; 3586; 3712; 3719; 3761; 3776; 4158; 4427; 4492; 4521; 4630; 4693; 4866; 4932; 4949; 4950; 5075 728 296; 1276; 1606; 1782; 2455; 3087; 3986; 4217; 4473 100 100 100 100 100 7.77E−11 729 146; 850; 966; 1908; 2642; 3138; 3663; 3733; 3800; 3971; 4530; 4972; 5240 100 100 100 100 100 7.77E−11 730 220; 1294; 2819; 3698 100 100 100 100 100 7.77E−11 731 62; 207; 1100; 1571; 2134; 2154; 3255 100 100 100 100 100 7.77E−11 732 53; 152; 898; 1654; 2699; 3000; 3576; 3628; 3795; 5208 100 100 100 100 100 7.77E−11 733 168; 261; 757; 788; 918; 1272; 1300; 1565; 1824; 1970; 2229; 2351; 2388; 2391; 2458; 2829; 3222; 100 100 100 100 100 7.77E−11 3428; 3452; 4399; 4631; 4852; 4873; 5242; 5257 734 31; 967; 1573; 1816; 2360; 3592; 5133 100 100 100 100 100 7.77E−11 735 64; 299; 326; 391; 545; 612; 719; 1110; 1115; 1229; 1270; 1323; 1478; 1505; 1638; 1964; 2075; 2130; 100 100 100 100 100 7.77E−11 2496; 2622; 2687; 2701; 2702; 2931; 3038; 3304; 3754; 3768; 3878; 4031; 4186; 4241; 4362; 4555; 4771; 4787; 5007 736 127; 206; 1784; 4593; 4888 100 100 100 100 100 7.77E−11 737 771; 2039; 2241; 2900; 3152; 3214; 4952 100 100 100 100 100 7.77E−11 738 485; 1276; 2689; 2761; 3636; 5007; 5141 100 100 100 100 100 7.77E−11 739 1226; 2572; 2757; 3182; 4186; 4359 100 100 100 100 100 7.77E−11 740 314; 366; 542; 1012; 1439; 1800; 1888; 2171; 2436; 2516; 2599; 2673; 2722; 2920; 3182; 3876; 3955; 4511; 4821 100 100 100 100 100 7.77E−11 741 407; 459; 529; 684; 1472; 1575; 3035; 3165; 4309; 4570; 5000; 5151 100 100 100 100 100 7.77E−11 742 43; 218; 372; 739; 935; 1030; 1035; 1273; 1317; 1607; 1731; 2096; 2476; 2529; 2702; 2780; 2867; 2937; 100 100 100 100 100 7.77E−11 2945; 3096; 3209; 3536; 3548; 3567; 3580; 3597; 3795; 4145; 4332; 4377; 4618; 5002; 5013; 5276 743 426; 432; 475; 493; 532; 547; 607; 864; 984; 1171; 1229; 1619; 1726; 1776; 1825; 1837; 1877; 1948; 100 100 100 100 100 7.77E−11 2043; 2410; 2584; 2651; 2685; 2707; 2941; 3017; 3572; 3784; 3802; 3869; 4003; 4026; 4084; 4120; 4207; 4367; 4384; 4390; 4498; 4811; 4814; 4872 744 1551; 1826; 2331; 2528; 3009; 4766 100 100 100 100 100 7.77E−11 745 378; 757; 830; 921; 973; 1447; 1803; 2078; 2199; 2304; 2675; 2686; 2897; 3586; 3711; 3998; 4102; 100 100 100 100 100 7.77E−11 4685; 4941; 5018; 5020; 5268 746 58; 222; 424; 458; 595; 788; 1019; 1060; 1696; 1723; 1788; 1848; 1901; 2039; 2055; 2081; 2435; 2739; 100 100 100 100 100 7.77E−11 3115; 3910; 3995; 4060; 4535; 4543; 4630; 4831; 4922; 4940; 4960; 5262; 5280 747 152; 175; 208; 243; 426; 1343; 1855; 2088; 2122; 2231; 2465; 2657; 2706; 2821; 2842; 2989; 3208; 100 100 100 100 100 7.77E−11 3380; 3512; 3621; 4115; 4177; 4208 748 154; 545; 1401; 1609; 1842; 1843; 1875; 1883; 1935; 2009; 2333; 2412; 2835; 2904; 3107; 3515; 100 100 100 100 100 7.77E−11 3519; 3563; 3949; 4252; 4381; 4441; 4523; 4557; 4583; 4785; 4903; 4943; 4984; 5182; 5221 749 46; 1171; 3252; 3261; 3866; 4578; 4970 100 100 100 100 100 7.77E−11 750 86; 248; 1190; 1786; 2157; 2534; 2846; 3170; 3324; 3903; 3993; 4065; 4169; 4492; 4520; 4603; 4772; 100 100 100 100 100 7.77E−11 4779; 4967; 5075; 5153; 5205 751 295; 617; 1046; 1047; 1138; 1257; 1440; 1954; 2267; 2335; 2608; 2753; 3443; 3602; 4605; 4868 100 100 100 100 100 7.77E−11 752 37; 181; 287; 298; 391; 400; 401; 411; 885; 913; 965; 1203; 1398; 1497; 1720; 1766; 1884; 1933; 2375; 100 100 100 100 100 7.77E−11 2410; 2510; 2648; 2689; 2703; 2871; 2872; 2891; 3014; 3154; 3266; 3344; 3384; 3417; 3603; 3625; 3663; 3742; 4013; 4043; 4151; 4464; 4542; 4792; 4804; 4935; 4955; 5147; 5202 753 79; 784; 1699; 3132; 3523; 3808; 4815 100 100 100 100 100 7.77E−11 754 348; 423; 916; 1090; 1268; 1564; 1681; 1777; 1808; 1837; 2042; 2651; 2807; 3001; 3412; 3603; 3769; 100 100 100 100 100 7.77E−11 3826; 4059; 4085; 4111; 4182; 4368; 4402; 4493; 5217 755 783; 984; 1640; 2241; 2649; 2784 100 100 100 100 100 7.77E−11 756 81; 576; 718; 772; 1005; 1401; 2494; 2807; 2958; 3404; 3526; 4075; 4101; 4964; 5027; 5102 100 100 100 100 100 7.77E−11 757 255; 442; 521; 525; 771; 876; 1016; 1814; 2431; 2465; 2821; 2867; 3178; 3209; 3338; 3408; 3528; 100 100 100 100 100 7.77E−11 3615; 3674; 3758; 4008; 4046; 4341; 4618; 4720; 4861; 4922; 5154; 5198 758 1739; 2080; 2369; 2376; 3305; 3314; 3579; 4276; 5069 100 100 100 100 100 7.77E−11 759 133; 935; 1493; 2358; 2767; 3495; 4158; 4735; 5224 100 100 100 100 100 7.77E−11 760 2027; 2838; 3747; 4121; 4643; 5030 100 100 100 100 100 7.77E−11 761 88; 120; 179; 461; 578; 680; 874; 1127; 1192; 1290; 1380; 1466; 1617; 1631; 1678; 1696; 1705; 1744; 100 100 100 100 100 7.77E−11 1800; 2116; 2363; 2666; 2684; 2732; 2828; 2982; 3083; 3286; 3493; 3602; 3721; 3796; 3861; 3923; 3998; 4348; 4389; 4408; 4585; 4711; 4792; 4855; 5156 762 1113; 2402; 2732; 3264 100 100 100 100 100 7.77E−11 763 520; 706; 750; 841; 933; 1330; 1700; 1897; 1982; 2042; 2450; 2492; 2521; 2676; 2703; 3178; 3326; 3578; 100 100 100 100 100 7.77E−11 3623; 3877; 3919; 4178; 4788 764 180; 358; 559; 835; 1678; 1765; 1864; 2053; 2738; 3937; 3971; 5020 100 100 100 100 100 7.77E−11 765 157; 517; 646; 1381; 1592; 1800; 1980; 2167; 2202; 2231; 2290; 2361; 2447; 2760; 2808; 2995; 3061; 100 100 100 100 100 7.77E−11 4317; 4453; 4694; 4705; 5118; 5121 766 230; 372; 721; 725; 763; 1305; 1482; 1504; 1755; 1929; 1949; 2238; 2331; 2427; 2545; 2727; 2790; 100 100 100 100 100 7.77E−11 2889; 3090; 3101; 3248; 3528; 3586; 3722; 3756; 4118; 4656; 4767; 4793; 4897; 4997; 5018 767 393; 1800; 1825; 2581; 2731; 2792; 3733; 4420; 4429; 4640; 4793 100 100 100 100 100 7.77E−11 768 244; 613; 784; 926; 1051; 1648; 2484; 2885; 3170; 4679 100 100 100 100 100 7.77E−11 769 104; 147; 229; 354; 628; 973; 1293; 1551; 1658; 1899; 1942; 2266; 2301; 2426; 2515; 2582; 2728; 2761; 100 100 100 100 100 7.77E−11 2959; 2976; 3137; 3586; 3993; 4095; 4263; 4332; 4346; 4369; 4549; 4638; 4794; 5009; 5088; 5138; 5149 770 2675; 3008; 3075; 3602; 3760; 4515; 5043; 5193 100 100 100 100 100 7.77E−11 771 97; 166; 497; 606; 612; 735; 750; 778; 1125; 1680; 1702; 1962; 2045; 2114; 2247; 2839; 2946; 3041; 100 100 100 100 100 7.77E−11 3829; 3865; 3905; 4211; 4430; 4434; 4637; 4952 772 377; 2450; 2815; 3024; 3476; 4126; 4191; 4508; 4654; 4771; 4820; 4951; 4982 100 100 100 100 100 7.77E−11 773 275; 432; 1279; 1377; 1583; 3317; 4298; 4980; 5265 100 100 100 100 100 7.77E−11 774 209; 227; 416; 445; 619; 1799; 2073; 2290; 2701; 2835; 3391; 3862; 3929; 4195; 5000; 5025 100 100 100 100 100 7.77E−11 775 529; 598; 609; 1891; 2052; 2573; 2762; 3166; 3285; 3312; 3558; 3665; 4133; 4630; 4731; 4811; 4848; 100 100 100 100 100 7.77E−11 5022; 5031; 5261 776 4; 201; 602; 805; 889; 960; 1201; 1490; 1762; 2458; 2619; 2791; 2869; 2898; 3425; 3546; 3760; 3845; 100 100 100 100 100 7.77E−11 3958; 3976; 4339; 4918; 4948; 4995; 5260 777 219; 699; 778; 900; 987; 990; 1073; 1367; 1405; 1501; 1518; 1624; 1712; 1984; 2247; 2474; 2553; 100 100 100 100 100 7.77E−11 2617; 2785; 3365; 3372; 3431; 3977; 4126; 4149; 4151; 4303; 4356; 4375; 4394; 4633; 4961 778 0; 64; 691; 1138; 1198; 1916; 2146; 2260; 2715; 3411; 3462; 3956; 4191; 4299; 4346; 4476; 4665 100 100 100 100 100 7.77E−11 779 133; 384; 1417; 4012; 4099; 4835; 4909 100 100 100 100 100 7.77E−11 780 1669; 3209; 5076; 5241 100 100 100 100 100 7.77E−11 781 548; 597; 696; 770; 904; 2033; 2129; 3384; 3444; 4121; 4641; 5142; 5199 100 100 100 100 100 7.77E−11 782 1140; 1288 100 100 100 100 100 7.77E−11 783 91; 957; 1031; 1978 100 100 100 100 100 7.77E−11 784 152; 257; 611; 831; 860; 889; 899; 942; 1346; 1365; 1555; 1944; 2034; 2051; 2313; 2340; 2388; 2600; 100 100 100 100 100 7.77E−11 2676; 2704; 2944; 3153; 3268; 3388; 3405; 3573; 3825; 3846; 4238; 4474; 4484; 4720; 4750; 4863; 5089; 5092; 5116; 5210 785 4759; 5181 100 100 100 100 100 7.77E−11 786 104; 252; 420; 441; 613; 951; 1252; 1297; 1321; 1528; 1547; 1563; 1580; 1787; 1864; 1927; 2062; 2233; 100 100 100 100 100 7.77E−11 2299; 2420; 2583; 2677; 2678; 2727; 2810; 2845; 2864; 2960; 3226; 3229; 3318; 3330; 3386; 3477; 3544; 3548; 3775; 3873; 3895; 3994; 4164; 4202; 4672; 5077; 5169 787 17; 485; 676; 830; 899; 987; 1191; 1595; 1754; 1787; 1805; 1830; 1937; 2184; 2324; 2329; 2351; 2416; 100 100 100 100 100 7.77E−11 2480; 2482; 2697; 2996; 3105; 3511; 3557; 3704; 3788; 3794; 4143; 4152; 4218; 4589; 4620; 4651; 4676; 4734; 4774 788 348; 421; 567; 774; 820; 965; 1382; 1393; 1394; 1712; 1919; 2053; 2375; 2401; 2576; 2707; 3261; 100 100 100 100 100 7.77E−11 3438; 3471; 3589; 3647; 3668; 3830; 3908; 3966; 4237; 4517; 4530; 4765; 4895; 5115; 5198 789 401; 890; 2137; 2570; 3505; 4149; 4292 100 100 100 100 100 7.77E−11 790 253; 266; 449; 517; 548; 821; 1166; 1255; 1403; 1859; 1978; 2029; 2046; 2407; 3052; 3080; 3250; 100 100 100 100 100 7.77E−11 3337; 3856; 3865; 3940; 4209; 4459; 4574; 4903; 5026; 5060; 5225; 5235 791 215; 749; 905; 967; 1152; 1182; 1443; 1556; 1896; 1931; 2054; 2140; 2289; 2354; 2394; 2876; 3033; 100 100 100 100 100 7.77E−11 3258; 3338; 3358; 3424; 3582; 3611; 3722; 4615; 4645; 4918; 5217; 5221 792 215; 1422; 2660; 3247; 3331; 3362; 3371; 3734; 3897; 4009 100 100 100 100 100 7.77E−11 793 219; 883; 1637; 2085; 2128; 2691; 3801; 4028; 4234; 4974 100 100 100 100 100 7.77E−11 794 883; 1147; 1755; 2257; 2409; 2413; 2516; 2627; 2962; 3145; 3211; 3628; 4049; 4172; 4257; 4833; 4914; 5205 100 100 100 100 100 7.77E−11 795 229; 367; 514; 550; 601; 630; 759; 821; 893; 925; 1124; 1206; 1278; 1365; 1505; 1576; 2738; 2845; 100 100 100 100 100 7.77E−11 2932; 3083; 3089; 3136; 3172; 3183; 3243; 3367; 3873; 4082; 4249; 4275; 4354; 4362; 4433; 4455; 4548 796 192; 257; 611; 822; 1092; 1123; 1408; 1609; 1731; 1845; 2048; 2067; 2083; 2219; 2348; 2591; 2612; 100 100 100 100 100 7.77E−11 3193; 3209; 3321; 3531; 3624; 3715; 3815; 3866; 3941; 3958; 3962; 4118; 4150; 4179; 4189; 4390; 4453; 4496; 4635; 4773; 4872; 4967; 5016; 5057; 5070; 5239 797 21; 75; 287; 610; 789; 809; 869; 933; 944; 1093; 1264; 1583; 1805; 1836; 2216; 2405; 2460; 2467; 100 100 100 100 100 7.77E−11 2477; 2686; 2938; 3052; 3315; 3325; 3334; 3488; 3526; 3551; 3720; 3927; 3955; 4125; 4141; 4150; 4382; 4402; 4457; 4638; 4782; 4798; 5108 798 49; 146; 292; 334; 348; 373; 392; 777; 835; 960; 1332; 1620; 1676; 1679; 1761; 1762; 1769; 1940; 100 100 100 100 100 7.77E−11 1984; 2314; 2357; 2372; 2382; 2498; 2636; 2691; 2820; 2896; 3145; 3468; 3611; 3616; 3856; 3865; 3920; 4159; 4228; 4289; 4330; 4331; 4379; 4436; 4604; 4643; 4678; 4692; 4727; 4760; 4992; 5073 799 379; 522; 920; 1543; 3068; 4196; 4833; 5001; 5018 100 100 100 100 100 7.77E−11 800 197; 348; 500; 914; 1074; 1115; 1192; 1387; 1573; 1897; 2308; 2405; 2488; 2623; 2724; 3190; 3622; 4089; 5014 100 100 100 100 100 7.77E−11 801 139; 803; 1104; 1317; 1786; 2342; 2755; 2885; 2916; 3539; 4321; 5027 100 100 100 100 100 7.77E−11 802 226; 1716; 1820; 2963; 3691; 3877; 4216; 4237; 4837; 5071; 5196 100 100 100 100 100 7.77E−11 803 58; 81; 88; 207; 425; 456; 809; 867; 1067; 1232; 1277; 1287; 1328; 2238; 2348; 2481; 2509; 2624; 100 100 100 100 100 7.77E−11 2641; 2733; 2764; 3006; 3066; 3251; 3347; 3487; 3619; 3861; 4063; 4109; 4300; 4319; 4425; 4498; 4946; 4962; 5125 804 858; 1424; 1509; 1553; 1709; 2426; 2481; 2626; 2677; 3648; 3701; 3910; 3993; 4269; 4562; 4672; 4976 100 100 100 100 100 7.77E−11 805 387; 546; 655; 812; 857; 881; 1232; 1472; 1831; 2017; 2227; 2474; 2690; 3702; 3948; 4088; 4317; 100 100 100 100 100 7.77E−11 4672; 4817; 4906 806 19; 1329; 2138; 2236; 3315; 3930; 4151; 4179; 5054 100 100 100 100 100 7.77E−11 807 284; 593; 620; 1146; 1316; 2116; 2855; 3090; 3495; 3584; 3766; 4408; 4774; 5201 100 100 100 100 100 7.77E−11 808 264; 388; 662; 991; 1096; 1114; 1157; 1213; 1481; 1530; 1617; 1951; 2206; 2525; 2840; 3206; 3356; 100 100 100 100 100 7.77E−11 3834; 3842; 3902; 4006; 4144; 4655; 4735; 5119 809 1444; 3148; 3195; 3873; 4643; 4990; 5189; 5242 100 100 100 100 100 7.77E−11 810 19; 62; 1315; 1372; 2287; 3227; 3866; 3954; 4363; 4630 100 100 100 100 100 7.77E−11 811 27; 945; 1329; 4909 100 100 100 100 100 7.77E−11 812 49; 742; 933; 1300; 1476; 2780; 4030 100 100 100 100 100 7.77E−11 813 137; 190; 252; 387; 424; 523; 566; 602; 629; 685; 822; 887; 942; 944; 1000; 1008; 1047; 1092; 1166; 100 100 100 100 100 7.77E−11 1175; 1177; 1216; 1459; 1507; 1534; 1685; 1721; 1842; 2073; 2147; 2757; 2781; 2787; 2816; 2836; 3039; 3246; 3341; 3369; 3720; 3776; 3877; 4199; 4434; 4908; 5202 814 1294; 1357; 1721; 4942; 5184 100 100 100 100 100 7.77E−11 815 58; 127; 208; 573; 601; 807; 1276; 1310; 1379; 1801; 2162; 2189; 2228; 2524; 3052; 3120; 3913; 100 100 100 100 100 7.77E−11 4169; 4267; 4552; 4911; 5157 816 953; 1302; 1437; 1946; 2291; 3033; 4318; 4607 100 100 100 100 100 7.77E−11 817 309; 318; 1633; 2272; 2456; 4583; 4871 100 100 100 100 100 7.77E−11 818 53; 467; 636; 759; 768; 804; 902; 1046; 1255; 1651; 1724; 1746; 1749; 1793; 1874; 1921; 1930; 2047; 100 100 100 100 100 7.77E−11 2097; 2446; 2454; 2456; 2631; 2653; 3032; 3428; 3465; 3468; 3730; 3778; 3881; 3895; 4101; 4126; 4318; 4322; 4563; 4633; 4680; 4682; 4744; 4822; 5110 819 493; 3203; 3388; 3768; 4216; 4946 100 100 100 100 100 7.77E−11 820 208; 541; 630; 966; 1224; 1658; 2007; 2555; 2816; 3256; 3288; 3610; 3655; 3791; 3882; 4450; 4506; 100 100 100 100 100 7.77E−11 4521; 4637; 4819; 4837; 4985; 5014; 5130 821 156; 398; 901; 920; 1110; 1547; 1926; 2180; 2846; 2871; 3055; 3225; 3294; 3443; 3609; 3865; 3872; 100 100 100 100 100 7.77E−11 4185; 4447; 4982; 5000; 5002 822 782; 1023; 1155; 1233; 1331; 1548; 2208; 2730; 2979; 3348; 3627; 3990; 4395; 4884; 5286 100 100 100 100 100 7.77E−11 823 3390; 3403; 3749; 4095; 4437; 4477; 4564; 4953; 5023 100 100 100 100 100 7.77E−11 824 344; 937; 1035; 1345; 2614; 2624; 3988; 5070 100 100 100 100 100 7.77E−11 825 14; 67; 153; 289; 461; 1420; 1755; 2814; 3918; 5137 100 100 100 100 100 7.77E−11 826 391; 661; 857; 1800; 2706; 2893; 4962; 4976 100 100 100 100 100 7.77E−11 827 1283; 1375; 1447; 2013; 2667; 2814; 2838; 3207; 3496; 3553; 3671; 4373; 4840; 4875 100 100 100 100 100 7.77E−11 828 1557; 2181; 4050; 4196 100 100 100 100 100 7.77E−11 829 219; 737; 827; 1244; 1306; 1529; 2699; 3036; 3303; 3509; 4503; 4975; 5252 100 100 100 100 100 7.77E−11 830 161; 313; 411; 660; 903; 1163; 1356; 1564; 2329; 2405; 2473; 2539; 3219; 3580; 3623; 4685; 4720; 5068 100 100 100 100 100 7.77E−11 831 318; 1279; 1565; 1785; 2410; 2853; 2934; 3360; 4700 100 100 100 100 100 7.77E−11 832 424; 459; 981; 1227; 1316; 1467; 1615; 1632; 1640; 1744; 1799; 1978; 2160; 2349; 2537; 2592; 2620; 100 100 100 100 100 7.77E−11 2648; 2914; 3110; 3216; 3284; 3392; 3492; 3560; 3688; 4089; 4165; 4649; 4873; 4941 833 229; 1210; 1420; 1960; 2154; 2530; 3941; 4834; 5034 100 100 100 100 100 7.77E−11 834 665; 1199; 1570; 1766; 4826 100 100 100 100 100 7.77E−11 835 121; 1790; 2328; 3593; 4092; 4210; 4955; 5080; 5243 100 100 100 100 100 7.77E−11 836 186; 949; 1382; 2583; 2685; 3056; 3330; 4074; 4952; 5260 100 100 100 100 100 7.77E−11 837 461; 857; 1308; 1445; 1808; 2335; 2757; 3312; 4011; 4294 100 100 100 100 100 7.77E−11 838 215; 644; 848; 1212; 1879; 2123; 2411; 2457; 3056; 3546; 4363; 4379; 4829 100 100 100 100 100 7.77E−11 839 109; 597; 815; 1134; 1538; 1875; 2180; 2378; 3145; 3651; 3864; 3915; 4217 100 100 100 100 100 7.77E−11 840 614; 1568; 3158; 3875; 3974 100 100 100 100 100 7.77E−11 841 2082; 3611; 4956; 5207 100 100 100 100 100 7.77E−11 842 1245; 3694; 4360; 4819; 5001 100 100 100 100 100 7.77E−11 843 25; 462; 507; 1815; 2153; 2211; 3447; 3698; 4332; 4488 100 100 100 100 100 7.77E−11 844 969; 3064; 4125; 4809; 4966 100 100 100 100 100 7.77E−11 845 2670; 2687; 3378; 3452; 3605; 3611; 4247; 4641; 5253 100 100 100 100 100 7.77E−11 846 52; 85; 141; 592; 604; 834; 879; 1093; 1226; 1254; 1313; 1331; 1687; 1761; 1808; 2160; 2198; 2375; 100 100 100 100 100 7.77E−11 2485; 2577; 2753; 2963; 3053; 3087; 3111; 3151; 3209; 3285; 3507; 3576; 3932; 3993; 4018; 4051; 4200; 4209; 4232; 4246; 4417; 4510; 4869; 5181; 5280 847 128; 165; 166; 174; 422; 561; 739; 746; 1098; 1403; 1432; 1494; 1535; 1573; 1843; 1927; 1932; 2026; 100 100 100 100 100 7.77E−11 2092; 2301; 2385; 2573; 2771; 2788; 2796; 2854; 2855; 2880; 2957; 3122; 3208; 3267; 3564; 3668; 3780; 3830; 3849; 3901; 4095; 4214; 4251; 4351; 4371; 4647; 4776; 4841; 5070; 5133; 5286 848 1186; 1291; 2252; 2396; 3704 100 100 100 100 100 7.77E−11 849 1348; 2933; 3807; 3907; 4294; 4400; 4478; 4517; 4713; 5021 100 100 100 100 100 7.77E−11 850 365; 662; 809; 990; 1091; 1118; 1457; 1480; 1554; 1599; 1701; 1780; 2143; 2159; 2346; 2406; 2426; 100 100 100 100 100 7.77E−11 2441; 2567; 2620; 2701; 2770; 2955; 3019; 3078; 3115; 3131; 3169; 3241; 3268; 3319; 3369; 3477; 3505; 3550; 3586; 3644; 4087; 4163; 4190; 4201; 4293; 4413; 4531; 4536; 4945; 5194 851 239; 1766; 3793; 4577; 4607; 4665; 4918 100 100 100 100 100 7.77E−11 852 61; 344; 381; 404; 428; 698; 1088; 1123; 1293; 1438; 1446; 1474; 1640; 2203; 2618; 2653; 2708; 2883; 100 100 100 100 100 7.77E−11 3063; 3402; 3492; 3692; 3851; 3982; 4618; 4723; 5014 853 58; 377; 893; 1272; 1432; 1776; 1821; 2081; 2207; 2998; 3300; 3338; 3517; 3568; 3726; 3737; 3860; 100 100 100 100 100 7.77E−11 4003; 4143; 4302; 4382; 4601; 4666; 5016; 5081; 5169 854 178; 2580; 3598; 4088 100 100 100 100 100 7.77E−11 855 7; 26; 110; 178; 333; 353; 731; 1192; 1249; 1535; 1596; 1868; 2061; 2638; 4012; 4013; 4314; 4500; 5164 100 100 100 100 100 7.77E−11 856 33; 85; 172; 389; 692; 724; 937; 1197; 1367; 1393; 1582; 1692; 1737; 1811; 1922; 1929; 2065; 2113; 100 100 100 100 100 7.77E−11 2116; 2164; 2420; 2677; 2712; 3025; 3038; 3063; 4133; 4163; 4184; 4249; 4272; 4325; 4359; 4488; 4519; 4521; 4680; 4842; 5014 857 1064; 1165; 1192; 1506; 1594; 1836; 1866; 1981; 2143; 3398; 3582; 3586; 4074; 4337; 4558; 5003 100 100 100 100 100 7.77E−11 858 1194; 1326; 1618; 2506; 2715; 2988; 3737; 4435 100 100 100 100 100 7.77E−11 859 207; 350; 1020; 1864; 2440; 3586 100 100 100 100 100 7.77E−11 860 124; 136; 202; 386; 645; 845; 846; 907; 1083; 1106; 1168; 1169; 1212; 1338; 1343; 1359; 1527; 1795; 100 100 100 100 100 7.77E−11 1894; 1910; 2245; 2266; 2899; 3168; 3177; 3374; 3772; 4308; 4525; 4688; 4735; 4929; 5119 861 243; 1637; 2217; 4046; 4690; 4735; 4844 100 100 100 100 100 7.77E−11 862 286; 815; 1525; 2324; 3034; 3137; 3924; 3935; 5190 100 100 100 100 100 7.77E−11 863 234; 348; 355; 459; 803; 1007; 1400; 1938; 1942; 2241; 2446; 2447; 2836; 2877; 2925; 3084; 3180; 100 100 100 100 100 7.77E−11 3517; 3609; 3690; 3738; 3877; 3890; 3905; 4359 864 628; 1319; 1928; 3420; 3521 100 100 100 100 100 7.77E−11 865 274; 332; 520; 606; 643; 680; 712; 725; 774; 933; 1094; 1243; 1721; 1738; 1739; 1973; 1996; 2038; 100 100 100 100 100 7.77E−11 2045; 2112; 2122; 2245; 2404; 2649; 2883; 2957; 2967; 3074; 3388; 3399; 3586; 3874; 4044; 4096; 4146; 4388; 4469; 4673; 4701; 4893; 5118 866 122; 729; 848; 928; 1036; 1481; 1789; 1916; 2228; 2391; 2394; 2662; 2767; 2848; 2936; 3126; 3746; 100 100 100 100 100 7.77E−11 3827; 3906; 3993; 3995; 4173; 4341; 4618; 4626; 4645; 4751; 4823; 5276 867 3; 127; 267; 379; 487; 554; 691; 776; 1159; 1548; 1591; 1641; 1717; 1759; 1896; 2354; 2400; 2462; 100 100 100 100 100 7.77E−11 2804; 3204; 3459; 3873; 3916; 4112; 4198; 4374; 4619; 4891; 5091; 5123 868 139; 885; 2424; 2522; 2846; 2966; 3306; 4637 100 100 100 100 100 7.77E−11 869 173; 367; 691; 1357; 1550; 1658; 1995; 3182; 3298; 3394; 3796; 3901; 4186; 4316; 4432; 4444; 4977; 5144 100 100 100 100 100 7.77E−11 870 152; 796; 1059; 1236; 1405; 1576; 2111; 2641; 2688; 3447; 3974; 4391 100 100 100 100 100 7.77E−11 871 287; 1095; 2849; 3127; 3146; 3653; 4013; 4399; 4982; 4983 100 100 100 100 100 7.77E−11 872 15; 119; 442; 543; 792; 833; 881; 973; 1117; 1630; 1802; 1966; 2516; 2534; 2559; 2622; 3043; 3261; 100 100 100 100 100 7.77E−11 3262; 3339; 3388; 3663; 3669; 3771; 3916; 4037; 4095; 4106; 4184; 4266; 4449; 4552; 4743; 5004; 5014; 5024; 5167 873 164; 2333; 2442; 4155; 5048 100 100 100 100 100 7.77E−11 874 64; 884; 969; 1740; 1884; 2085; 2517; 2667; 2821; 2875; 3053; 3150; 3164; 3254; 3307; 4262; 4695 100 100 100 100 100 7.77E−11 875 159; 231; 508; 655; 703; 710; 737; 783; 1286; 1353; 1563; 1595; 1668; 2122; 2174; 2312; 2677; 2684; 100 100 100 100 100 7.77E−11 2700; 2719; 2748; 2850; 2852; 2862; 3116; 3387; 3425; 3478; 3586; 3752; 4915; 4989; 5277 876 101; 221; 292; 529; 1150; 1160; 1297; 2228; 2467; 2486; 3794; 3826; 3909; 4028; 4134; 4170; 4860; 4942; 4972 100 100 100 100 100 7.77E−11 877 184; 185; 268; 338; 900; 1319; 1373; 1375; 1541; 1649; 2153; 2432; 2746; 2889; 3022; 3214; 3294; 100 100 100 100 100 7.77E−11 3426; 3714; 3830; 5004; 5142; 5265 878 94; 122; 221; 290; 404; 515; 545; 730; 892; 920; 1028; 1174; 1225; 1276; 1304; 1550; 1669; 1757; 1939; 100 100 100 100 100 7.77E−11 1952; 2046; 2295; 2415; 2511; 2556; 2616; 2815; 2894; 2968; 3219; 3269; 3420; 3512; 3552; 3786; 3815; 3881; 3904; 4181; 4433; 4472; 4761; 4776; 5039; 5058; 5070 879 321; 1190; 1858; 2760; 3182; 3611 100 100 100 100 100 7.77E−11 880 138; 646; 794; 1127; 1279; 2009; 2725; 2948; 2971; 3059; 3283; 3352; 3584; 4480; 4894 100 100 100 100 100 7.77E−11 881 49; 897; 1543; 2444; 2903; 3593; 3916; 4338; 4476; 5099 100 100 100 100 100 7.77E−11 882 306; 1682; 2670; 2744; 3502 100 100 100 100 100 7.77E−11 883 1371; 1420; 1989; 2593; 2998; 3191; 3363; 3378; 3782; 3806; 4036; 4302; 4656; 4693; 4708; 4760; 5109 100 100 100 100 100 7.77E−11 884 288; 378; 670; 751; 771; 1303; 3313; 3611; 3953; 4465; 4629; 4823; 4867; 5115; 5125 100 100 100 100 100 7.77E−11 885 755; 1606; 2790; 2939; 3321; 3447; 3588; 5141; 5253 100 100 100 100 100 7.77E−11 886 191; 370; 379; 407; 544; 647; 668; 685; 960; 963; 1190; 1377; 1450; 1609; 1707; 1772; 1958; 2003; 100 100 100 100 100 7.77E−11 2029; 2046; 2117; 2393; 2937; 2961; 2976; 2979; 3379; 3464; 3505; 3560; 3562; 3612; 3728; 3778; 4021; 4546; 4836; 4931; 5179 887 182; 264; 332; 491; 716; 782; 916; 1099; 1117; 1225; 1345; 1670; 2014; 2036; 2304; 2422; 2691; 100 100 100 100 100 7.77E−11 2692; 2695; 2799; 2895; 2921; 2974; 3033; 3329; 3481; 3528; 3570; 3579; 3680; 3699; 3774; 3842; 3945; 4125; 4153; 4165; 4175; 4203; 4298; 4398; 4630; 4752; 5102; 5204; 5220; 5269 888 1816; 2843; 3317; 4889 100 100 100 100 100 7.77E−11 889 207; 276; 561; 737; 1185; 1583; 1880; 1899; 2395; 2648; 2804; 2869; 3412; 3460; 4110; 4488; 4559; 100 100 100 100 100 7.77E−11 4667; 4676; 4764; 4999; 5194 890 874; 1283; 1509; 1583; 2367; 2831; 2861; 4075; 4274; 5176 100 100 100 100 100 7.77E−11 891 25; 52; 318; 472; 669; 681; 753; 796; 797; 926; 1138; 1323; 1654; 1765; 1791; 2225; 2302; 2477; 2809; 100 100 100 100 100 7.77E−11 2837; 2947; 3106; 3165; 3209; 3593; 3625; 3646; 3786; 4219; 4306; 4380; 4396; 4470; 4724 892 52; 131; 295; 342; 412; 532; 606; 826; 985; 1070; 1589; 1763; 1845; 2026; 2106; 2147; 2220; 2469; 100 100 100 100 100 7.77E−11 2593; 2948; 2986; 3205; 3241; 3799; 3926; 3999; 4002; 4142; 4147; 4263; 4278; 4514; 4541; 4565; 4606; 4720; 4738; 4882; 5163 893 95; 118; 270; 336; 339; 469; 586; 735; 789; 854; 1490; 1782; 1910; 2065; 2173; 2425; 2874; 3072; 100 100 100 100 100 7.77E−11 3657; 3701; 3721; 3816; 3896; 4402; 4861; 4964; 5081; 5257 894 1424; 1752; 1785; 3357; 3859 100 100 100 100 100 7.77E−11 895 480; 636; 819; 1106; 1170; 1384; 1438; 1594; 2253; 2611; 2620; 2787; 3364; 3490; 3673; 4414; 4535; 100 100 100 100 100 7.77E−11 4637; 4783; 4860; 4914 896 382; 667; 687; 715; 837; 954; 1109; 1110; 1481; 1686; 1921; 2846; 2887; 3348; 3467; 3758; 3771; 100 100 100 100 100 7.77E−11 3868; 4032; 4039; 4625; 5028; 5167; 5215 897 53; 207; 271; 342; 346; 401; 576; 632; 874; 934; 991; 1342; 1451; 1492; 1741; 2194; 2236; 2239; 100 100 100 100 100 7.77E−11 2246; 2342; 2398; 2645; 2701; 2722; 2862; 2946; 3062; 3186; 3232; 3444; 3550; 4089; 4160; 4339; 4415; 4444; 4469; 4634; 4635; 4659; 4788; 4811; 5021; 5061; 5075; 5085; 5139; 5158; 5262; 5280 898 728; 1162; 1254; 1311; 1315; 1392; 1630; 2405; 2444; 2922; 3121; 3275; 3899; 4146; 4207; 4692 100 100 100 100 100 7.77E−11 899 6; 108; 378; 510; 948; 1185; 1268; 1607; 1699; 1854; 1863; 2344; 2570; 2658; 2836; 3021; 3270; 3278; 100 100 100 100 100 7.77E−11 3443; 3507; 3886; 3908; 3918; 4218; 4230; 4293; 4313; 4331; 4532; 5100; 5144; 5271 900 160; 323; 859; 1148; 1891; 1933; 3388; 3605; 4088 100 100 100 100 100 7.77E−11 901 6; 466; 479; 640; 2354; 2837; 3319; 3628; 3847; 4144 100 100 100 100 100 7.77E−11 902 691; 1084; 3229; 3934; 3978; 4073; 4108; 4144; 4255; 4665 100 100 100 100 100 7.77E−11 903 2642; 3214; 4028 100 100 100 100 100 7.77E−11 904 40; 595; 690; 709; 1653; 1735; 2220; 3079; 3112; 3330; 3358; 3457; 3586; 3607; 4015; 4081; 4384; 100 100 100 100 100 7.77E−11 4429; 4802; 4948; 4955 905 641; 804; 1145; 1172; 1308; 1661; 2183; 3453; 3653; 4098 100 100 100 100 100 7.77E−11 906 326; 1400; 1997; 2172; 5207; 5233 100 100 100 100 100 7.77E−11 907 376; 509; 2239; 2639; 3379; 4001; 4616; 5022; 5180 100 100 100 100 100 7.77E−11 908 548; 932; 2022; 2124; 3025; 3269; 3377; 4618 100 100 100 100 100 7.77E−11 909 151; 200; 202; 266; 379; 459; 519; 600; 622; 683; 950; 989; 1081; 1088; 1135; 1158; 1173; 1348; 100 100 100 100 100 7.77E−11 1657; 1725; 1746; 1827; 2111; 2213; 2234; 2413; 2575; 3014; 3642; 3967; 4107; 4180; 4188; 4275; 4343; 4464; 4515; 4618; 4625; 5025 910 123; 146; 284; 399; 806; 834; 1050; 1153; 1235; 1351; 1435; 1436; 1822; 1875; 1921; 1953; 2259; 100 100 100 100 100 7.77E−11 2349; 2351; 2460; 2573; 2624; 2675; 2746; 2760; 2917; 2937; 3391; 3431; 3542; 3726; 4041; 4085; 4114; 4637; 4738; 4760; 4913; 4928; 5006; 5182; 5220; 5259 911 758; 945; 1886; 3356; 3561; 3669; 4977; 5009 100 100 100 100 100 7.77E−11 912 941; 1072; 1245; 2667; 2727; 3270; 4588; 4833; 4960 100 100 100 100 100 7.77E−11 913 16; 203; 293; 326; 661; 917; 963; 1233; 1441; 1442; 1561; 2141; 2184; 2257; 2581; 2870; 2900; 3011; 100 100 100 100 100 7.77E−11 3297; 3339; 3421; 3737; 3911; 4062; 4089; 4604; 4794; 4844; 5042; 5043; 5081; 5164 914 247; 419; 670; 698; 1049; 1077; 1186; 1388; 1812; 2582; 2805; 3268; 3582; 3740; 4165; 4283; 4397; 100 100 100 100 100 7.77E−11 4456; 4513; 4634; 4692 915 134; 137; 218; 227; 498; 503; 606; 707; 801; 905; 1176; 1184; 1259; 1349; 1519; 1551; 1596; 1600; 100 100 100 100 100 7.77E−11 1727; 2660; 2682; 2830; 3010; 3093; 3209; 3481; 3569; 3866; 4045; 4170; 4207; 4308; 4431; 4519; 4576; 4957; 5039 916 530; 761; 806; 1354; 2465; 2845; 2918; 3217; 3924; 4129; 4976; 5090; 5104 100 100 100 100 100 7.77E−11 917 837; 1112; 2336; 2739; 2757; 2841; 3068 100 100 100 100 100 7.77E−11 918 982; 1149; 1945; 2618; 2875 100 100 100 100 100 7.77E−11 919 136; 538; 742; 963; 1071; 1550; 1615; 1745; 1813; 1965; 2041; 2064; 2248; 2429; 2868; 2969; 3289; 100 100 100 100 100 7.77E−11 3391; 3588; 3660; 3736; 3747; 3901; 4015; 4274; 4507; 4520; 4637; 4897; 5059; 5150; 5253 920 301; 1702; 2311; 2335; 2636; 2949; 4752; 5201 100 100 100 100 100 7.77E−11 921 269; 379; 441; 730; 1160; 1381; 1426; 1603; 1664; 2409; 2616; 2997; 3015; 3528; 3556; 3610; 3691; 100 100 100 100 100 7.77E−11 3954; 4127; 4378; 4600; 4630; 4665; 4777; 4875; 5017; 5091; 5111; 5129 922 529; 790; 1966; 3890 100 100 100 100 100 7.77E−11 923 132; 188; 412; 545; 673; 1098; 1185; 1569; 1651; 1701; 1730; 1745; 1746; 1802; 1846; 1849; 1859; 100 100 100 100 100 7.77E−11 2007; 2052; 2091; 2134; 2181; 2182; 2430; 2460; 2517; 2673; 2713; 3041; 3110; 3400; 3562; 3922; 3923; 4175; 4176; 4259; 4316; 4346; 4813; 5227 924 105; 1042; 1218; 1420; 1564; 1569; 2073; 2265; 2578; 2765; 3215; 3312; 3702; 3903; 4351; 4371; 100 100 100 100 100 7.77E−11 4517; 4529; 4544; 4714; 4966; 5046 925 339; 1314; 1340; 2040; 2678; 2755; 2816; 2847; 3272; 4834; 4917 100 100 100 100 100 7.77E−11 926 687; 1178; 1931; 2334; 2502; 2701; 2792; 2962; 3280; 3820; 4166; 4178; 4229; 4319; 4970 100 100 100 100 100 7.77E−11 927 198; 590; 657; 779; 1095; 1517; 1905; 2070; 3256; 4750; 4830; 4944 100 100 100 100 100 7.77E−11 928 396; 812; 1090; 1138; 1300; 2836; 2912; 2918; 3177; 3212; 3652; 4408; 4684; 5075; 5078 100 100 100 100 100 7.77E−11 929 83; 432; 822; 1294; 2052; 2699; 3879; 4265 100 100 100 100 100 7.77E−11 930 91; 117; 500; 588; 814; 828; 837; 879; 1043; 1117; 1127; 1223; 1243; 1257; 1442; 1501; 1600; 1723; 100 100 100 100 100 7.77E−11 1807; 1840; 1841; 2052; 2080; 2335; 2523; 2688; 2702; 2706; 2905; 3250; 3374; 3421; 3522; 3571; 3667; 3853; 3939; 3989; 4184; 4208; 4216; 4276; 4387; 4420; 4676; 4938; 4963; 5020 931 0; 7; 179; 218; 474; 805; 835; 962; 1087; 1128; 1132; 1153; 1176; 1218; 1339; 1464; 1528; 1669; 1679; 100 100 100 100 100 7.77E−11 1842; 1895; 2074; 2439; 2545; 2677; 2727; 2861; 2864; 3037; 3066; 3107; 3518; 3649; 3877; 4069; 4175; 4221; 4404; 4563; 4645; 4807; 4823; 4838; 5096 932 58; 102; 404; 539; 1126; 1144; 1215; 1366; 1450; 1458; 1584; 1689; 2155; 2717; 2779; 2963; 3155; 100 100 100 100 100 7.77E−11 3209; 3291; 3359; 3435; 3499; 3761; 3805; 4459; 4650; 4879; 4975 933 2463; 2632; 2842; 4528; 5264 100 100 100 100 100 7.77E−11 934 46; 55; 129; 398; 443; 462; 529; 731; 820; 862; 1335; 1388; 1523; 1598; 1971; 2225; 2289; 2617; 3040; 100 100 100 100 100 7.77E−11 3155; 3269; 3314; 3357; 3464; 3480; 3970; 4002; 4051; 4097; 4147; 4152; 4263; 4313; 4368; 4457; 4594; 4705; 4801; 4887; 4997; 5045; 5071; 5173 935 304; 368; 1181; 1252; 1606; 1648; 2180; 3662; 4401; 4997 100 100 100 100 100 7.77E−11 936 877; 2398; 2592; 2767; 2801; 4136 100 100 100 100 100 7.77E−11 937 89; 508; 772; 1160; 1247; 2241; 2311; 2677; 2725; 2877; 3161; 3946; 4083; 4201; 4819 100 100 100 100 100 7.77E−11 938 272; 299; 917; 2143; 2446; 2686; 3650; 4098; 5173 100 100 100 100 100 7.77E−11 939 617; 1057; 1578; 1837; 1901; 2106; 2148; 2666; 3247; 3576; 3727; 3755; 4106; 4882; 4974 100 100 100 100 100 7.77E−11 940 606; 1080; 2338; 3214; 4778 100 100 100 100 100 7.77E−11 941 377; 482; 976; 1081; 1111; 1999; 2322; 2994; 3750; 3961; 4707 100 100 100 100 100 7.77E−11 942 389; 933; 1078; 1471; 1664; 1668; 1968; 3019; 3254; 3388; 4508; 4566; 4569; 4895 100 100 100 100 100 7.77E−11 943 586; 2352; 2676; 2807; 3001; 3761; 3986; 4033; 4498 100 100 100 100 100 7.77E−11 944 627; 1127; 1375; 2781; 4422; 4856; 5093 100 100 100 100 100 7.77E−11 945 135; 384; 1213; 1635; 2842; 3084; 3432; 3445; 3864; 4394 100 100 100 100 100 7.77E−11 946 246; 1563; 2105; 2482; 2597; 3456; 4220 100 100 100 100 100 7.77E−11 947 1631; 1954; 2257; 2395; 2450; 3628; 4183; 4399 100 100 100 100 100 7.77E−11 948 138; 2675; 3042; 4933 100 100 100 100 100 7.77E−11 949 512; 529; 620; 644; 1271; 1591; 1659; 2116; 2148; 2604; 3071; 3263; 3437; 3454; 3940; 4417; 4437; 4999 100 100 100 100 100 7.77E−11 950 46; 70; 1145; 1149; 1376; 1745; 1959; 2042; 3377; 3722; 4059; 4182; 4595; 4656; 4774; 4879; 4976 100 100 100 100 100 7.77E−11 951 57; 81; 198; 278; 498; 671; 925; 1066; 1156; 1266; 1392; 1481; 1501; 1578; 1592; 1693; 1855; 1925; 100 100 100 100 100 7.77E−11 1944; 2036; 2060; 2122; 2403; 2444; 2558; 2702; 3016; 3311; 3342; 3527; 3552; 3672; 3701; 3876; 3982; 4107; 4224; 4234; 4336; 4456; 4662; 4697; 4792; 4879; 5070; 5090 952 181; 1086; 1332; 1606; 2867; 3188; 3258; 3497; 3584; 3696; 4375; 4434; 4730; 5199 100 100 100 100 100 7.77E−11 953 45; 110; 162; 350; 355; 377; 445; 646; 976; 1297; 1340; 1400; 1450; 1611; 1672; 1708; 2011; 2077; 100 100 100 100 100 7.77E−11 2216; 2240; 2516; 2573; 2668; 2814; 2845; 3166; 3235; 3401; 3547; 3791; 3986; 4265; 4369; 4412; 4509; 4511; 4571; 4603; 4682; 4694; 4788; 4790; 4918; 4953; 5070 954 163; 370; 877; 962; 1051; 1337; 1356; 1555; 1587; 1660; 1690; 1717; 1747; 2141; 2342; 3091; 3120; 100 100 100 100 100 7.77E−11 3257; 3386; 3478; 3577; 3718; 4100; 4346; 4618; 4678; 4679; 5179 955 1582; 1883; 2783; 2891; 3151; 4347; 4994; 5239 100 100 100 100 100 7.77E−11 956 51; 1110; 2676; 4707; 5152 100 100 100 100 100 7.77E−11 957 49; 67; 365; 639; 711; 955; 1026; 1057; 1287; 1403; 1451; 1611; 1639; 1723; 1864; 2423; 2458; 2513; 100 100 100 100 100 7.77E−11 2606; 2991; 3188; 3496; 4433; 4618; 4693; 4965 958 30; 87; 458; 528; 531; 813; 1399; 1538; 1957; 3102; 3209; 3221; 4442; 4964; 5070 100 100 100 100 100 7.77E−11 959 213; 343; 458; 798; 1036; 1387; 1738; 1805; 2182; 2847; 3188; 3215; 3222; 3282; 3353; 3396; 3440; 100 100 100 100 100 7.77E−11 3884; 3917; 3940; 4053; 4548; 4666; 4756; 4824; 5001; 5101 960 418; 466; 519; 855; 926; 1127; 1335; 1561; 1606; 1658; 2046; 2049; 2203; 2646; 2658; 2719; 2843; 100 100 100 100 100 7.77E−11 3027; 3088; 3121; 3202; 3338; 3445; 3552; 3581; 3652; 3658; 3684; 3769; 3852; 4038; 4058; 4134; 4144; 4519; 4687; 4994; 5053; 5068; 5132; 5239 961 564; 2091 100 100 100 100 100 7.77E−11 962 1687; 1933; 1943; 2268; 2654; 3729; 3876; 3920; 4035; 4495; 4554; 4861 100 100 100 100 100 7.77E−11 963 74; 3042; 3216 100 100 100 100 100 7.77E−11 964 19; 310; 379; 545; 679; 887; 905; 1003; 1389; 1800; 1865; 1982; 2739; 3025; 3326; 3376; 3628; 3691; 100 100 100 100 100 7.77E−11 4361; 4424; 4723; 4813; 4918 965 32; 537; 581; 666; 973; 1689; 1854; 2946; 2989; 3080; 3209; 3920; 4092; 4447; 4871 100 100 100 100 100 7.77E−11 966 80; 85; 168; 275; 424; 508; 653; 824; 871; 933; 1015; 1106; 1275; 1325; 1359; 1380; 1389; 1507; 1716; 100 100 100 100 100 7.77E−11 1919; 2035; 2071; 2073; 2154; 2264; 2598; 2610; 2690; 2704; 2846; 3000; 3100; 3170; 3171; 3366; 3453; 3586; 3756; 3813; 3906; 3961; 4041; 4235; 4300; 4312; 4364; 4489; 4523; 4681; 4788 967 8; 42; 50; 107; 292; 402; 440; 552; 610; 713; 787; 899; 1138; 1212; 1245; 1261; 1402; 1659; 1720; 1991; 100 100 100 100 100 7.77E−11 2183; 2538; 2942; 3093; 3137; 3253; 3432; 3474; 3654; 3702; 3882; 3982; 4102; 4221; 4297; 4303; 4327; 4336; 4471; 4507; 4684; 4768; 4853; 4928; 5006; 5094; 5229; 5252 968 129; 137; 263; 583; 599; 1150; 1210; 1431; 2204; 2297; 2404; 2642; 2665; 2913; 3452; 3489; 3532; 100 100 100 100 100 7.77E−11 3819; 3840; 3917; 4243; 4441; 4456; 4694; 5260 969 624; 1120; 1370; 2532; 3364; 3516; 3677; 4100; 4442 100 100 100 100 100 7.77E−11 970 4; 230; 612; 628; 668; 788; 805; 1089; 1163; 1192; 1710; 1922; 1992; 2054; 2289; 2514; 2832; 2870; 100 100 100 100 100 7.77E−11 3911; 3992; 4174; 4275; 4660; 5241; 5256 971 210; 2158; 2340; 2765; 4681; 4948 100 100 100 100 100 7.77E−11 972 64; 443; 1098; 1326; 1497; 2079; 2101; 2525; 2537; 4031; 4447; 4844; 4917; 5000; 5065 100 100 100 100 100 7.77E−11 973 52; 936; 2415; 2494; 2675; 3302; 3753; 4508; 4984 100 100 100 100 100 7.77E−11 974 1638; 1800; 1869; 2343; 2443; 3225; 3428; 4560 100 100 100 100 100 7.77E−11 975 10; 535; 605; 616; 1173; 1254; 1277; 1281; 1305; 1311; 1575; 1750; 1782; 1845; 1897; 1903; 2069; 100 100 100 100 100 7.77E−11 2119; 2441; 2450; 2547; 2642; 2753; 2798; 2936; 2976; 3155; 3171; 3242; 3373; 3505; 3605; 3858; 3859; 3860; 4153; 4248; 4263; 4289; 4608; 4851; 4877; 4917 976 202; 286; 292; 293; 294; 333; 477; 554; 716; 1335; 1391; 2413; 2563; 2691; 2694; 3011; 3285; 3444; 100 100 100 100 100 7.77E−11 3578; 3630; 3690; 3867; 3931; 3977; 4323; 4372; 4478; 4618; 4914; 5159; 5263 977 233; 487; 712; 934; 937; 950; 1001; 1035; 1082; 1138; 1254; 1564; 1648; 1689; 2365; 2577; 2898; 100 100 100 100 100 7.77E−11 2916; 2949; 3048; 3207; 3322; 3608; 3663; 3843; 4094; 4155; 4260; 4262; 4323; 4395; 4529; 4827; 4895 978 44; 919; 1163; 1242; 1455; 1633; 1715; 1767; 3306; 3496; 3586; 4297; 4337 100 100 100 100 100 7.77E−11 979 85; 250; 308; 424; 648; 733; 774; 783; 826; 889; 903; 950; 1067; 1214; 1228; 1281; 1288; 1308; 1323; 100 100 100 100 100 7.77E−11 1461; 1464; 1558; 1900; 2326; 2390; 2409; 2520; 2552; 2683; 2690; 2726; 2944; 3013; 3024; 3208; 3303; 3457; 3693; 3975; 4008; 4134; 4241; 4259; 4295; 4395; 4567; 4781; 4814; 4886; 5194 980 582; 1059; 1153; 1396; 2050; 2642; 2945; 3342; 3746; 4097; 4802; 4844; 5020 100 100 100 100 100 7.77E−11 981 610; 1800; 2919; 3716; 3790; 3978; 4250 100 100 100 100 100 7.77E−11 982 323; 345; 514; 1574; 1706; 2153; 2403; 2635; 2812; 2834; 2874; 3110; 3401; 3819; 4040; 4344; 4609; 4633; 5237 100 100 100 100 100 7.77E−11 983 75; 318; 534; 636; 1321; 1377; 2026; 2128; 2193; 2370; 2651; 2731; 2959; 2976; 3097; 3392; 3867; 100 100 100 100 100 7.77E−11 4127; 4207; 4671; 4685; 4719; 4820; 5003; 5173; 5254 984 734; 1098; 1310; 1552; 2574 100 100 100 100 100 7.77E−11 985 492; 799; 1523; 1903; 2144; 2430; 3580; 4477; 4515; 4537 100 100 100 100 100 7.77E−11 986 143; 590; 1505; 1851; 2123; 2530; 3058; 3300; 3610; 3904; 4188; 4547; 4843 100 100 100 100 100 7.77E−11 987 264; 417; 517; 643; 650; 939; 1034; 1286; 1551; 1607; 1707; 1740; 1755; 1785; 1800; 1877; 2084; 100 100 100 100 100 7.77E−11 2136; 2454; 2564; 2602; 2620; 2843; 2845; 2883; 2927; 3000; 3172; 3177; 3346; 3485; 3594; 3683; 3748; 3803; 4043; 4218; 4231; 4476; 4590; 4690; 4853; 4856; 4948; 5104; 5149; 5233 988 219; 744; 1118; 4505; 4703; 4843 100 100 100 100 100 7.77E−11 989 725; 823; 1393; 1867; 3629; 4595; 4630; 4644; 5110 100 100 100 100 100 7.77E−11 990 212; 407; 949; 1214; 1581; 1665; 1720; 2789; 2924; 3511; 3928; 4074; 4890; 5242 100 100 100 100 100 7.77E−11 991 8; 31; 159; 316; 342; 499; 770; 804; 988; 1049; 1061; 1164; 1206; 1286; 1616; 1676; 1882; 2055; 2068; 100 100 100 100 100 7.77E−11 2083; 2187; 2220; 2246; 2351; 2576; 2759; 2951; 3042; 3145; 3250; 3271; 3446; 3535; 3615; 3790; 3941; 4134; 4199; 4269; 4493; 4515; 4672; 4828; 4833; 5083; 5169; 5234; 5278 992 1581; 2358; 3218; 3941; 4230; 4804; 4816; 4952; 5200 100 100 100 100 100 7.77E−11 993 668; 1720; 1887; 3636 100 100 100 100 100 7.77E−11 994 540; 3395; 3710; 4542 100 100 100 100 100 7.77E−11 995 992; 1208; 2903; 3173; 3423; 5097 100 100 100 100 100 7.77E−11 996 43; 428; 493; 827; 910; 919; 1017; 1350; 1415; 1455; 1678; 1752; 1865; 2376; 2428; 2468; 2490; 2576; 100 100 100 100 100 7.77E−11 2585; 2779; 3005; 3466; 3496; 3704; 3877; 3934; 3978; 4353; 4477; 4683; 4704; 4841; 4901; 4942; 4999; 5133; 5252 997 41; 74; 137; 202; 327; 903; 1090; 1138; 1167; 1405; 1468; 1657; 1701; 1741; 2001; 2222; 2274; 2488; 100 100 100 100 100 7.77E−11 2586; 2639; 2706; 2974; 3012; 3091; 3501; 3607; 3616; 3677; 3996; 4065; 4068; 4130; 4141; 4184; 4339; 4416; 4542; 4591; 4620; 4653; 4682; 4832; 4847; 5012; 5156; 5231 998 856; 1243; 1654; 1665; 2012; 2120; 2326; 3096; 3169; 3197; 3593; 3860; 3869; 4028; 4199; 4416; 100 100 100 100 100 7.77E−11 4435; 4438; 4603; 4949 999 226; 314; 702; 1143; 1155; 1186; 1240; 1508; 1550; 1719; 1753; 1975; 2005; 2206; 2490; 2760; 2960; 100 100 100 100 100 7.77E−11 2981; 3037; 3316; 3639; 3670; 3816; 3939; 4188; 4219; 4405; 4562; 4808; 4879; 5075 1000 794; 1127; 3358; 4569 100 100 100 100 100 7.77E−11 1001 64; 109; 326; 606; 2737; 3478; 3550; 4157; 4520; 5063 100 100 100 100 100 7.77E−11 1002 44; 241; 1142; 1332; 1541; 2144; 2192; 2281; 2372; 2665; 3218; 4320; 4487; 5231; 5285 100 100 100 100 100 7.77E−11 1003 165; 427; 535; 574; 1095; 1122; 1584; 2322; 2415; 2623; 2654; 2685; 3193; 3206; 3396; 3648; 3722; 100 100 100 100 100 7.77E−11 3861; 4136; 4860; 4906 1004 219; 545; 1536; 1773; 2736; 3919; 4684; 4758; 4860 100 100 100 100 100 7.77E−11 1005 270; 492; 830; 1114; 1121; 1157; 1231; 1435; 1458; 1646; 1902; 2012; 2127; 2201; 2522; 2634; 2642; 100 100 100 100 100 7.77E−11 2732; 3383; 3721; 4782; 4806; 5195 1006 504; 685; 1309; 1816; 2714; 3299; 4497; 4511; 4978; 5271 100 100 100 100 100 7.77E−11 1007 539; 932; 1369; 1888; 2355; 2608; 2632; 2789; 3180; 3325; 3425; 3718; 3834; 4022; 4371; 4763; 4870; 5161; 5201 100 100 100 100 100 7.77E−11 1008 616; 1226; 2925 100 100 100 100 100 7.77E−11 1009 309; 707; 909; 961; 1261; 1313; 1375; 1761; 2009; 3055; 4725; 5100; 5129 100 100 100 100 100 7.77E−11 1010 1182; 1854; 1998; 3512; 4433 100 100 100 100 100 7.77E−11 1011 146; 218; 2324; 2389; 2537; 2576; 4379; 4649; 5149 100 100 100 100 100 7.77E−11 1012 471; 592; 616; 675; 782; 1553; 1671; 1715; 1764; 1928; 2500; 3855; 3941; 4171; 4224; 4568; 4778; 4854; 5008 100 100 100 100 100 7.77E−11 1013 219; 255; 671; 730; 779; 852; 899; 938; 1153; 1588; 1880; 1930; 2075; 2192; 2335; 2337; 2507; 2559; 100 100 100 100 100 7.77E−11 2577; 2610; 2779; 3055; 3078; 3091; 3145; 3154; 3166; 3511; 3530; 3543; 3561; 3565; 3695; 3790; 3904; 4233; 4265; 4280; 4341; 4483; 4486; 4625; 4705; 4720; 5136; 5137 1014 1601; 1909; 3688; 3990; 4685; 5030 100 100 100 100 100 7.77E−11 1015 110; 219; 907; 1038; 1191; 1428; 2670; 4619; 5195 100 100 100 100 100 7.77E−11 1016 4; 63; 91; 152; 357; 578; 836; 872; 1297; 1623; 1659; 1664; 1938; 2040; 2141; 2457; 2568; 2652; 2749; 100 100 100 100 100 7.77E−11 3128; 3586; 3850; 4100; 4457; 4637; 4710; 4836; 5130; 5260; 5281 1017 58; 115; 533; 596; 605; 639; 775; 992; 1012; 1199; 1242; 1330; 1408; 1447; 1532; 1565; 1607; 1618; 100 100 100 100 100 7.77E−11 1869; 1954; 2039; 2410; 2542; 2640; 2760; 2762; 2870; 3218; 3245; 3365; 3368; 3422; 3428; 3729; 3753; 3863; 4382; 4528; 4558; 4633; 4646; 4716; 4881; 4946; 4998; 5131; 5190; 5231; 5260 1018 238; 353; 501; 688; 745; 771; 1166; 1467; 1529; 2024; 2081; 2382; 2488; 2579; 2908; 3049; 3281; 100 100 100 100 100 7.77E−11 3580; 4130; 4867; 5108; 5156; 5225 1019 309; 1359; 2891; 3921; 4086 100 100 100 100 100 7.77E−11 1020 3; 30; 553; 668; 701; 1146; 1328; 1370; 1929; 2024; 2153; 2434; 2642; 2902; 3160; 3908; 4043; 4315; 100 100 100 100 100 7.77E−11 4630; 4675; 4704; 5057 1021 200; 377; 520; 529; 598; 720; 1321; 1539; 1719; 1950; 1965; 2219; 2234; 2317; 2344; 2626; 2797; 100 100 100 100 100 7.77E−11 2831; 2836; 2965; 3041; 3300; 3376; 3465; 3522; 3665; 4000; 4193; 4313; 4314; 4703; 4769; 5147 1022 174; 363; 536; 558; 562; 641; 716; 964; 1004; 1481; 1500; 1805; 1987; 2209; 2240; 2275; 2401; 2494; 100 100 100 100 100 7.77E−11 2826; 2914; 3180; 3222; 3303; 3402; 3444; 3543; 3685; 3985; 4034; 4184; 4291; 4471; 4546; 4656; 4704; 5254; 5274 1023 483; 1193; 1644; 1679; 1870; 2129; 2235; 3127; 3529; 3856; 3860; 4103; 4206; 4387; 4630 100 100 100 100 100 7.77E−11 1024 432; 584; 825; 977; 1072; 1252; 1276; 1571; 2273; 2349; 2545; 2615; 2628; 2760; 3099; 3160; 3215; 100 100 100 100 100 7.77E−11 3249; 3327; 3391; 4021; 4131; 4224; 4281; 4349; 4371; 4662; 4685; 4798 1025 68; 465; 1163; 1238; 1247; 1701; 1738; 2266; 2439; 2846; 3147; 3555; 3585; 3594; 4564; 4657 100 100 100 100 100 7.77E−11 1026 444; 536; 603; 1497; 1507; 2516; 2795; 4302; 4716 100 100 100 100 100 7.77E−11 1027 1135; 3975 100 100 100 100 100 7.77E−11 1028 48; 72; 219; 222; 368; 535; 647; 787; 1161; 1595; 1691; 2257; 2391; 2437; 2477; 2869; 3103; 3379; 100 100 100 100 100 7.77E−11 3420; 3521; 3653; 3889; 3986; 4109; 4113; 4193; 4303; 4675; 4820; 5083 1029 101; 234; 374; 437; 1870; 2431; 3168; 3898; 4024; 4029; 4048; 4142; 4300; 4373 100 100 100 100 100 7.77E−11 1030 10; 508; 1075; 1110; 1239; 1271; 1881; 2164; 2708; 3011; 3091; 4438; 4670; 4942; 5257 100 100 100 100 100 7.77E−11 1031 54; 185; 1005; 1539; 4592; 5242; 5286 100 100 100 100 100 7.77E−11 1032 123; 188; 2876; 3586; 4411; 4518; 5066 100 100 100 100 100 7.77E−11 1033 190; 365; 400; 414; 554; 556; 639; 777; 878; 914; 1001; 1415; 1569; 1615; 1640; 1684; 1830; 1858; 100 100 100 100 100 7.77E−11 1908; 2275; 2529; 2917; 2935; 2954; 3233; 3351; 3631; 3670; 3698; 3778; 3783; 3854; 3959; 4032; 4231; 4372; 4550; 4654; 4700; 4892; 4897; 4943; 4944; 5106; 5215 1034 356; 498; 1581; 1786; 1927; 2595; 3118; 3143; 4283; 4735; 5241 100 100 100 100 100 7.77E−11 1035 346; 522; 711; 756; 1192; 2622; 3319; 3988; 4004; 4021; 4417; 4748; 4979 100 100 100 100 100 7.77E−11 1036 455; 980; 1328; 2400; 4719; 4908; 5181 100 100 100 100 100 7.77E−11 1037 821; 2394; 2887; 3978; 4693; 4948; 5111 100 100 100 100 100 7.77E−11 1038 153; 761; 1342; 2612; 3304; 3388; 3628; 3946; 4536; 5024 100 100 100 100 100 7.77E−11 1039 917; 1489; 1582; 1705; 2053; 2114; 2388; 2429; 2488; 2670; 3619; 3877; 4117; 4219; 4280; 4379; 4542; 4556 100 100 100 100 100 7.77E−11 1040 208; 599; 969; 1260; 1783; 1993; 2184; 2221; 2660; 3045; 3235; 3278; 3372; 3567; 3586; 3587; 3632; 100 100 100 100 100 7.77E−11 3892; 3998; 4191; 4388; 4437; 4656; 4964; 5030; 5105; 5171; 5205 1041 47; 54; 110; 269; 484; 972; 1132; 1186; 1198; 1252; 1258; 1341; 1382; 1606; 1747; 1936; 2154; 2576; 100 100 100 100 100 7.77E−11 2757; 2810; 2863; 3007; 3362; 3403; 3548; 3761; 3776; 3777; 3852; 3952; 4012; 4018; 4307; 4692; 4698; 5150 1042 3; 377; 530; 627; 711; 748; 815; 841; 1190; 1196; 1346; 1520; 2167; 2457; 2508; 2634; 2720; 2792; 100 100 100 100 100 7.77E−11 3709; 4105; 4176; 4377; 4638; 4989; 5114; 5169 1043 193; 369; 607; 1191; 3047; 3421; 3919; 4528; 4562; 4652; 4861; 5247 100 100 100 100 100 7.77E−11 1044 301; 325; 329; 380; 407; 621; 677; 917; 1135; 1254; 1268; 1411; 1549; 1551; 1591; 1710; 1734; 1800; 100 100 100 100 100 7.77E−11 2012; 2101; 2242; 2636; 2783; 2843; 2857; 2930; 3245; 3335; 3715; 3739; 3998; 4008; 4252; 4308; 4430; 4500; 4532; 4607; 4766; 4773; 4779; 4859; 4995 1045 42; 223; 294; 350; 419; 816; 963; 1169; 1282; 1428; 1489; 1519; 1646; 1732; 2647; 2746; 2793; 2820; 100 100 100 100 100 7.77E−11 2883; 3328; 3363; 3702; 3841; 3862; 3919; 4011; 4029; 4118; 4224; 4241; 4416; 4493; 4604; 4669; 4752; 4802; 4822; 4863 1046 1140; 2665; 2716; 3174; 3303; 3558; 3961; 3980; 4007 100 100 100 100 100 7.77E−11 1047 385; 594; 3498; 3639; 4238; 4741 100 100 100 100 100 7.77E−11 1048 941; 1257; 1437; 1870; 2151; 2469; 2664; 2749; 2930; 3464 100 100 100 100 100 7.77E−11 1049 343; 367; 554; 1004; 1171; 1192; 2508; 2783; 3467; 3555; 3912; 3985; 4282; 4829 100 100 100 100 100 7.77E−11 1050 393; 780; 1599; 4186; 4376; 4659; 4897; 5181 100 100 100 100 100 7.77E−11 1051 1459; 2076; 2428; 2675; 3031; 3777; 4488 100 100 100 100 100 7.77E−11 1052 460; 1367; 2755; 3271 100 100 100 100 100 7.77E−11 1053 50; 189; 191; 463; 500; 757; 958; 971; 1063; 1066; 1331; 1561; 2057; 2651; 3112; 3220; 3446; 3567; 100 100 100 100 100 7.77E−11 3727; 3771; 3832; 3858; 4417; 4458; 4765; 4860; 4872; 4953; 5206 1054 40; 162; 353; 988; 1481; 1497; 1614; 1785; 1857; 2010; 2161; 2180; 2385; 2521; 2529; 2758; 2847; 100 100 100 100 100 7.77E−11 2875; 2891; 3441; 3472; 3525; 3731; 4338; 4346; 4600; 4768; 4894; 4956; 5169; 5177; 5253 1055 792; 1740; 2223; 3375; 4597; 5257 100 100 100 100 100 7.77E−11 1056 79; 148; 306; 375; 636; 639; 651; 789; 804; 941; 972; 1026; 1187; 1215; 1390; 1404; 1405; 1542; 1853; 100 100 100 100 100 7.77E−11 1910; 1949; 2078; 2140; 2234; 2317; 2335; 2425; 2511; 2543; 3147; 3175; 3351; 3433; 3900; 3986; 4100; 4162; 4173; 4452; 4610 1057 121; 190; 782; 1340; 2016; 2022; 3032; 3626; 4361; 4656 100 100 100 100 100 7.77E−11 1058 41; 694; 2507; 2521; 2831; 3514; 3630; 5153 100 100 100 100 100 7.77E−11 1059 34; 171; 1719; 2122; 4530; 5021; 5239 100 100 100 100 100 7.77E−11 1060 108; 235; 1078; 1099; 1102; 1172; 1417; 1425; 1736; 2251; 2413; 2609; 2624; 3507; 3582; 3652; 3682; 4285; 4618; 5237 100 100 100 100 100 7.77E−11 1061 2022; 3586; 4545; 4698; 4745; 5029 100 100 100 100 100 7.77E−11 1062 85; 108; 718; 1000; 2675; 3077; 3243; 3960; 4068; 4400 100 100 100 100 100 7.77E−11 1063 1452; 1457; 2022; 2643; 4643; 5001; 5011; 5093; 5173; 5190 100 100 100 100 100 7.77E−11 1064 63; 528; 994; 1579; 1758; 2239; 2329; 2613; 2649; 2721; 2986; 3248; 3549; 3645; 4146; 4702; 5112 100 100 100 100 100 7.77E−11 1065 54; 174; 296; 459; 1355; 1910; 4365; 4839 100 100 100 100 100 7.77E−11 1066 178; 605; 2555; 4064; 4120; 4364; 5070; 5201 100 100 100 100 100 7.77E−11 1067 148; 152; 232; 243; 348; 450; 482; 565; 696; 1105; 1329; 1389; 1616; 1683; 2190; 2399; 2801; 3027; 100 100 100 100 100 7.77E−11 3168; 3331; 4759; 4822; 4968; 5232; 5274 1068 114; 526; 528; 681; 795; 838; 1081; 1162; 1228; 1279; 1355; 1384; 1404; 1432; 1456; 1549; 1583; 1770; 100 100 100 100 100 7.77E−11 1839; 1852; 2058; 2206; 2591; 2654; 2713; 2784; 2864; 2873; 3077; 3157; 3426; 3613; 3688; 3763; 3878; 3887; 3899; 4081; 4126; 4129; 4276; 4380; 4417; 4653; 4811; 4854 1069 20; 299; 530; 676; 776; 883; 1060; 1814; 1943; 1981; 2010; 2079; 2180; 2190; 2690; 2731; 2976; 3353; 100 100 100 100 100 7.77E−11 3384; 3572; 3586; 4296; 4964; 5274 1070 269; 632; 778; 818; 1011; 1274; 1337; 2702; 2837; 3054; 3302; 3740; 4618; 4639; 4793 100 100 100 100 100 7.77E−11 1071 759; 1262; 1377; 3975 100 100 100 100 100 7.77E−11 1072 29; 137; 321; 379; 588; 617; 779; 809; 934; 963; 1011; 1044; 2051; 2114; 2192; 2418; 2536; 2549; 2836; 100 100 100 100 100 7.77E−11 973; 2989; 3054; 3172; 3350; 3362; 3890; 3915; 3959; 4222; 4354; 4756; 4922; 4933; 4997; 5208; 5242; 5285 1073 379; 1516; 2039; 2268; 2314; 2642; 3344; 3808; 3817 100 100 100 100 100 7.77E−11 1074 74; 194; 412; 423; 1453; 1688; 1863; 1936; 2857; 2888; 3209; 3493; 4000; 4325; 4363; 4394; 4583; 100 100 100 100 100 7.77E−11 4664; 4825; 5193 1075 420; 1046; 1606; 2815; 3271; 3428; 4408; 4740; 4892 100 100 100 100 100 7.77E−11 1076 202; 572; 633; 678; 719; 1049; 1458; 1598; 2412; 2479; 4032; 4291 100 100 100 100 100 7.77E−11 1077 128; 340; 747; 823; 1565; 2912; 3751; 4433; 4887; 5023 100 100 100 100 100 7.77E−11 1078 227; 679; 980; 1149; 2065; 4099; 4582; 4896 100 100 100 100 100 7.77E−11 1079 207; 280; 1004; 3216; 3307; 3359; 3523; 3657; 4049; 4099; 4244; 4558; 4560; 5077 100 100 100 100 100 7.77E−11 1080 219; 1495; 3608 100 100 100 100 100 7.77E−11 1081 596; 933; 1336; 2020; 3284; 3416; 3764; 4005; 4067; 4149 100 100 100 100 100 7.77E−11 1082 572; 622; 750; 1172; 1197; 1248; 1312; 1358; 1425; 1501; 1552; 1834; 1913; 2148; 2182; 2309; 2500; 100 100 100 100 100 7.77E−11 2707; 2715; 2841; 3476; 3674; 3931; 3970; 4094; 4102; 4394; 4413; 4919; 4951 1083 750; 1210; 1941; 2616; 2666; 4025; 4174; 4365; 4464 100 100 100 100 100 7.77E−11 1084 603; 1017; 1341; 1573; 1592; 1610; 1802; 1827; 1907; 2106; 2188; 2215; 2787; 2796; 2923; 2951; 100 100 100 100 100 7.77E−11 3039; 3419; 3697; 3707; 4125; 4238; 4835; 4838; 4926; 5192; 5243 1085 322; 416; 458; 615; 689; 755; 793; 1583; 1783; 1787; 1971; 2124; 2606; 2640; 3038; 3039; 3067; 3109; 100 100 100 100 100 7.77E−11 3123; 3152; 3210; 3477; 3702; 4376; 4558; 4684; 4880; 4897; 5098; 5172; 5177 1086 34; 95; 237; 292; 296; 321; 890; 1324; 1506; 1700; 1759; 1788; 2471; 2723; 2857; 3420; 3818; 4402; 4974 100 100 100 100 100 7.77E−11 1087 1293; 1661; 2670 100 100 100 100 100 7.77E−11

TABLE 5 (min/ (min/ (min/ (min/ (min/ max/ max/ max/ max/ max/ mean/ mean/ mean/ mean/ mean/ stderr) stderr) stderr) stderr) stderr) Fisher's P- kmers SN SP PPV NPV value 1 458; 1592; 1767; 2782; 2846; 3653; 3751; 3930; 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 4440; 5098 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0323571/ 0.000 0.000 0.000 0.000 0.00265463 2 449; 876; 1830; 2704; 3139; 3205; 3829; 4149; 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 4571 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0333571/ 0.000 0.000 0.000 0.000 0.00281454 3 188; 1165; 1876; 2272; 2677; 2886; 3172; 3341; 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 3588; 4179; 4300; 5104; 5156 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0308571/ 0.000 0.000 0.000 0.000 0.00268056 4 769; 824; 941; 1472; 1817; 4139; 5068 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0334643/ 0.000 0.000 0.000 0.000 0.00279683 5 442; 1448; 1590; 1870; 4026; 4207 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0325714/ 0.000 0.000 0.000 0.000 0.00263976 6 152; 1167; 4476 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0290714/ 0.000 0.000 0.000 0.000 0.00231679 7 160; 506; 1401; 2810; 2960; 4435; 4514; 4646; 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 4982 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0268214/ 0.000 0.000 0.000 0.000 0.00156582 8 219; 1178; 1347; 1818; 2904; 5070 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0300357/ 0.000 0.000 0.000 0.000 0.00206826 9 4952 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0270357/ 0.000 0.000 0.000 0.000 0.00154825 10 784; 1033; 3807; 4589 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0332143/ 0.000 0.000 0.000 0.000 0.00263058 11 404; 1149; 2670; 2909; 3552; 3561; 4300; 4633 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0328929/ 0.000 0.000 0.000 0.000 0.00281274 12 171; 319; 1046; 2036; 3253; 3362; 4102; 5208 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0292857/ 0.000 0.000 0.000 0.000 0.00210096 13 346; 967; 1344; 2082; 2837; 3122; 3558 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0323929/ 0.000 0.000 0.000 0.000 0.00282734 14 207; 621; 961; 2137; 3367; 3576; 4702 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0299643/ 0.000 0.000 0.000 0.000 0.00251459 15 19; 62; 1315; 1372; 2287; 3227; 3866; 3954; 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 4363; 4630 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0288571/ 0.000 0.000 0.000 0.000 0.00233046 16 2082; 3611; 4956; 5207 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 100.000/ 100.000/ 100.000/ 100.000/ 0.0284286/ 0.000 0.000 0.000 0.000 0.00211497 17 1371; 1420; 1989; 2593; 2998; 3191; 3363; 100.000/ 100.000/ 100.000/ 100.000/ 0.0178571/ 3378; 3782; 3806; 4036; 4302; 4656; 4693; 100.000/ 100.000/ 100.000/ 100.000/ 0.125/ 4708; 4760; 5109 100.000/ 100.000/ 100.000/ 100.000/ 0.0305714/ 0.000 0.000 0.000 0.000 0.00250763

TABLE 6 Top signatures, Total Frigate selected for cross- Total number of Significant features, explore iterations validation (if >100, Samples, Samples, Kmer total distinct false discovery rate including single then all had 100% Classification Population 1 Population 2 size features (kmers) [FDR] <5% feature testing initial accuracy) HMP Stool vs. HMP Other 139 491 2 10 6 64 63 HMP Stool vs. HMP Other 139 491 3 32 23 50,049 1,205 HMP Stool vs. HMP Other 139 491 4 136 116 100,116 12,753 HMP Stool vs. HMP Other 139 491 8 32,896 29,358 106,822 8,556 CD vs. Healthy 16 128 8 32,896 3,295 103,295 100 CD vs. Healthy 16 128 8 32,896 3,295 103,295 100 CD vs. Healthy 16 128 8 32,896 3,295 103,295 100 CD vs. Healthy 16 128 8 32,896 3,295 103,295 100 UC vs. Healthy 21 121 2 10 0 (all 1,024 100 features kept) UC vs. Healthy 21 121 3 32 1 3 2 UC vs. Healthy 21 121 4 136 0 (all 100,136 100 features kept) UC vs. Healthy 21 121 8 32,896 138 (FDR < 10%) 100,138 100 CD vs. UC 16 21 8 32,896 5,287 105,287 1,087 CD vs. UC 16 21 8 32,896 5,287 105,287 1,087 CD vs. UC 16 21 8 32,896 5,287 105,287 1,087 CD vs. UC 16 21 8 32,896 5,287 105,287 1,087 Random DNA sequences 100 100 4 136 0 (all 100,136 100 features kept) Top mean Top mean SN SP after Top mean PPV Top mean NPV Top mean P- after cross- cross- after cross- after cross- value, after Classification validation validation validation validation cross-validation HMP Stool vs. HMP Other 94.48% 98.14% 93.53% 98.44% 0.0000000 HMP Stool vs. HMP Other 100.00% 99.99% 99.97% 100.00% 0.0000000 HMP Stool vs. HMP Other 100.00% 100.00% 100.00% 100.00% 0.0000000 HMP Stool vs. HMP Other 100.00% 100.00% 100.00% 100.00% 0.0000000 CD vs. Healthy 84.47% 98.14% 86.91% 97.76% 0.0170000 CD vs. Healthy 85.01% 96.86% 78.90% 97.78% 0.0370000 CD vs. Healthy 80.92% 98.03% 84.31% 97.41% 0.0260000 CD vs. Healthy 82.73% 97.32% 81.88% 97.26% 0.0260000 UC vs. Healthy 45.28% 90.45% 46.34% 89.83% 0.2720000 UC vs. Healthy 26.20% 88.07% 27.26% 87.80% 0.5600000 UC vs. Healthy 60.17% 92.92% 62.75% 92.16% 0.0770000 UC vs. Healthy 81.53% 96.18% 80.69% 96.44% 0.0157000 CD vs. UC 100.00% 100.00% 100.00% 100.00% 0.0268200 CD vs. UC 100.00% 100.00% 100.00% 100.00% 0.0284286 CD vs. UC 100.00% 100.00% 100.00% 100.00% 0.0299643 CD vs. UC 100.00% 100.00% 100.00% 100.00% 0.0320000 Random DNA sequences 73.23% 52.04% 59.10% 67.20% 0.2540000

CONCLUSION

The approach disclosed herein began with the essential observation that significant biases exist in the oligonucleotide compositions of metagenomic samples between different body sites and that some of these biases are remarkably stable across multiple individuals, in spite of an overall taxonomic variability of the microbiota, as determined by 16S rRNA phylogenetic analysis. Taking advantage of this information, robust signatures were discovered for accurately assigning metagenomic samples to different body sites or to particular disease states such as the two inflammatory bowel diseases, Crohn's disease and ulcerative colitis.

While the invention has been described with reference to certain particular embodiments thereof, those skilled in the art will appreciate that various modifications may be made without departing from the spirit and scope of the invention. The scope of the appended claims is not to be limited to the specific embodiments described.

REFERENCES

All patents and publications mentioned in this specification are indicative of the level of skill of those skilled in the art to which the invention pertains. Each cited patent and publication is incorporated herein by reference in its entirety. All of the following references have been cited in this application:

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What is claimed is:
 1. A method of distinguishing between a subject having ulcerative colitis and a subject having Crohn's disease, comprising: (a) determining a set of kmers with statistically significant differential abundance between a microbiome sample from a subject having ulcerative colitis (UC) and a microbiome sample from a subject having Crohn's disease (CD); (b) performing an algorithm to identify one or more groups of between 1 and 50 kmers that distinguish a subject having UC from a subject having CD, wherein such groups are termed signatures; (c) obtaining a microbiome sample from a subject having having an inflammatory bowel disease; (d) isolating and sequencing microbiome nucleic acid of the sample; (e) determining the abundance of nucleic acid in the sample corresponding to kmers comprising at least one of the signatures of (b) to produce a data set; (f) normalizing the data set; and (g) classifying the data set as being obtained from a subject having UC or a subject having CD, thereby distinguishing between a subject having UC and a subject having CD.
 2. The method of claim 1, wherein the microbiome sample is a stool sample.
 3. The method of claim 1, wherein the nucleic acid is DNA, cDNA or RNA.
 4. The method of claim 1, wherein the signature is at least one signature selected from among the 1087 signatures of Table
 4. 5. The method of claim 1, wherein the signature is at least one signature selected from among the 17 signatures of Table
 5. 6. The method of claim 1, wherein the kmers are oligomers comprising between 2 and 10 nucleotides.
 7. The method of claim 1, wherein the kmers are oligomers comprising 2, 3, 4, 5, 6, 7, 8, 9, or 10 nucleotides.
 8. The method of claim 1, wherein the kmers are oligomers comprising 8 nucleotides.
 9. The method of claim 1, wherein the data set is classified as being obtained from a subject having UC or a subject having CD by performing a nearest neighbor analysis on the data set. 